Vanguard steel Ltd

Guy Strand (Guy Wire) — Utility-Ready Support for BC & Beyond

MartinVan — Wed, 01 Oct 2025 20:06:58 +0000

VANCOUVER - EDMONTON - WINNIPEG - TORONTO - MONTREAL

Your Ultimate Source for Specialty Steel and Industrial Products

Guy Strand (Guy Wire)

EHS 1×7 is the go-to construction for distribution pole guys—3/8″ is one of the most commonly specified sizes.

Guy Strand (Guy Wire) — Utility-Ready Support for BC & Beyond

ASTM A475 • CSA G12 • EHS 1×7 & 1×19 • Class A/B/C Zinc • Zn-5% Al (A855) options

Proven at scale: We supply millions of feet of guy strand annually across Canada — including large utility projects in Quebec, Toronto Hydro, and SAS2 in Saskatchewan — and we’re bringing that same depth of stock, traceability and service to British Columbia.

What we supply

Constructions: 1×7 (standard), 1×19 (on request)
Grades: Utilities, High Strength, Extra High Strength (EHS)
Coatings: Hot-dip galvanized Class A/B/C (ASTM A475/CSA G12); Zn-5% Al (ASTM A855) for enhanced corrosion; Aluminum-coated (ASTM A474/B416) for severe coastal/salt-fog environments
Lay: Left-hand lay (utility/preform compatible)
Certs: Mill Test Certificates (MTC), Certificates of Conformance, heat/lot traceability; ISO 9001 manufacturing partners
Packaging: 250/500-ft coils; 2,500/5,000-ft reels; cut-to-length available

Standards we meet or supply against: ASTM A475, CSA G12 (Canada), ASTM A855 (Zn-5% Al), ASTM A474/B416 (aluminum-coated).

Quick Spec Table — EHS 1×7 (typical values)

Nominal Size	Min. Breaking Strength (EHS)	Approx. Wt / 1000 ft	Notes
1/4″	6,650 lb	121 lb	ASTM A475, Class A (typical)
5/16″	11,200 lb	~205–225 lb	Class A (heavier classes on request)
3/8″	15,400 lb	273 lb	Common utility pick (3/8″, 7-wire)
7/16″	20,800 lb	399 lb
1/2″	26,900 lb	517 lb

MBS values and weights are typical from published vendor data; final values depend on manufacturer & coating class.

DIAMETER	APPROX. WEIGHT (LBS/FT)	MIN. BREAKING STRENGTH (LBS)	VANGUARD CODE
ASTM A475 CLASS A AND OR CAN/CSA-G12-92
GRADE EXTRA-HIGH STRENGTH
3/16	.08	3,990	3501-5012
1/4"	.13	6,650	3501-5016
5/16"	.22	11,200	3501-5020
3/8"	.27	15,400	3501-5024
7/16"	.39	20,800	3501-5028
1/2"	.52	26,900	3501-5032
9/16"	.67	35,000	3501-5036
5/8"	.81	42,400	3501-5040

FAQs

Which standard does BC Hydro expect?
BC Hydro uses CSA/utility standards across distribution. For guying, asking for ASTM A475 or CSA G12, EHS, 1×7, Class A (or B/C) covers the baseline most utilities expect and aligns with public Canadian spec language. (Hydro One notes 3/8″, 7-wire, galvanized high-strength; SaskPower’s approved list specifies grade & class for guy wire stock.)

Coastal site — zinc Class C vs. Zn-5% Al?
Both are good upgrades. Class C is thicker zinc; Zn-5% Al (A855) gives superior long-term corrosion performance many suppliers promote for salt-fog/coastal sites. We can quote both.

What sizes do utilities order most?
1/4″ to 1/2″ range covers most distribution poles and small towers; 3/8″ EHS 1×7 is extremely common.

Safety Warning: Guying systems are tensioned load-bearing assemblies. Use only trained personnel and follow applicable standards/codes (e.g., ASTM/CSA, utility requirements, WorkSafeBC/OSHA), manufacturer instructions for fittings, and job-specific engineering. Never exceed rated tensions; stand clear of tensioned lines; de-tension before cutting; inspect components before use. Failure to follow safe practices can result in serious injury or death.

Technical & Legal Disclaimer: Product information on this page (including sizes, constructions, coatings, weights per length, and minimum breaking strength) is provided as general guidance. Values are nominal/typical and can vary by manufacturing source, coating class, and production lot. Final acceptance criteria must be taken from the shipment documentation—tags and the Mill Test Certificate (MTC)/Certificate of Conformance (CoC) control. This page is not a design guide or engineering instruction; selection and application remain the responsibility of the purchaser/owner’s engineer. Vanguard Steel Vancouver reserves the right to change specifications without notice and disclaims liability for indirect, incidental, or consequential damages arising from use or reliance on this information. All third-party trademarks remain the property of their respective owners. Use of this site constitutes acceptance of our Terms & Conditions of Sale.

The post Guy Strand (Guy Wire) — Utility-Ready Support for BC & Beyond appeared first on Vanguard steel Ltd.

VQ Welding Rod for Carbon Steel and Low Alloy Steel

MartinVan — Thu, 24 Jul 2025 20:52:46 +0000

VANCOUVER - EDMONTON - WINNIPEG - TORONTO - MONTREAL

Your Ultimate Source for Specialty Steel and Industrial Products

VQ Welding Rod
for Carbon Steel and Low Alloy Steel

Electrodes’ rods are incredibly sensitive to moisture, and their performance hinges entirely on proper storage.

VQ Welding Electrodes:
The New Standard for Uncompromising Weld Quality

VQ Welding Electrodes, the dedicated welding consumables brand from Vanguard Steels, sets a new benchmark for joining metal parts across every industry that demands excellence. From construction and automotive to manufacturing, shipbuilding, and aerospace, our electrodes are engineered for precision, performance, and superior results on every project.

While you’ll notice a fresh, new look on our VQ electrode boxes, rest assured that the renowned quality you’ve come to depend on from Vanguard Steels remains steadfast – in fact, we’ve elevated it. Each VQ welding rod is not merely produced, but meticulously engineered in a state-of-the-art facility backed by over 70 years of manufacturing expertise in welding consumables. This extensive heritage and commitment to innovation ensure that every VQ electrode delivers consistent performance, remarkable ease of use, and an undeniably excellent weld quality that surpasses expectations.

Unlike general mild steel electrodes, VQ products distinguish themselves through their advanced design and unparalleled manufacturing scale. While sharing the fundamental principles of a mild steel core wire and protective flux, VQ electrodes feature proprietary flux formulations and stringent manufacturing controls, capable of producing over 1,000,000 metric tons of welding consumables annually. This dedication translates directly into a higher caliber of weld, offering superior arc stability, minimal spatter, and an exceptionally clean weld bead. Our comprehensive range includes solutions for mild steel, high-toughness steel, low alloy steel, stainless steel, cast iron, and specialized alloys, ensuring VQ provides the precision and reliability needed to “finish the project very well.”

VQ Welding Electrodes are manufactured to the highest international standards, holding a robust portfolio of certifications including ABS, BV, CWB, DNV (DB), ISO 9001, KR, LR, NAKS, RINA, and RS. When you choose VQ, you’re not just selecting a rod; you’re investing in a higher standard of performance, backed by a global leader in welding consumable manufacturing and the trusted legacy of quality from Vanguard Steels. Experience the difference of an electrode crafted to exceed the demands of modern welding, ensuring every joint is strong, durable, and flawlessly executed.

AWS TYPE	SIZE		LENGTH	PRODUCT CODE	WEIGHT
	INCH	MM	MM		KG
PACKAGING	5KG SLEEVES	20KG CARTONS
E6013	3/32	2.6	350	61974 22400	5
E6013	1/8	3.2	350	61974 23200	5
E6013	5/32	4.0	400	61974 24000	5
E7018	3/32	2.6	350	61974 32400	5
E7018	1/8	3.2	350	61974 33200	5
E7018	5/32	4.0	400	61974 34000	5
PACKAGING	2KG SLEEVES	20KG CARTONS
E6013	3/32	2.6	350	61962 22400	2
E6013	1/8	3.2	350	61962 23200	2
E6013	5/32	4.0	400	61962 24000	2
E7018	3/32	2.6	350	61962 32400	2
E7018	1/8	3.2	350	61962 33200	2
E7018	5/32	4.0	400	61962 34000	2

E6013

6013 electrode is unalloy steel welding rod and suitable for all-position welding. The size of 6013 welding rod is 1.6mm-5.8mm, which has good welding performance. E6013 welding rod always be used for the steel plate of ships, vehicles and etc. It is also suitable for intermittent welding to sheet steels and small work pieces as well as cosmetic welding with smooth and shiny appearance.

Type of Covering: High titania, potassium

Welding Position: F, H, HF, OH, V

Type of Current: AC, DCEP or DCEN

Notices: Normally the rod does not need to re-bake in case it is affected with damp seriously re-bake it at 150℃ for 30-60 minutes before use.

Chemical Composition of Deposited Metal (%)


Standard	≤0.20	≤1.20	≤1.00	≤0.040	≤0.035	≤0.30	≤0.20	≤0.30	≤0.08
Typical	0.070	0.40	0.25	0.025	0.020	0.05	0.018	0.005	0.010

Mechanical Properties of Deposited Metal (AW)


Standard	≥430	≥330	≥16
Typical	480	380	22

Sizes & Recommended Current (DC or AC)


Welding Rod Length (mm)	300	300	350	400	400	400
Welding Current (A)	40-70	60-90	90-130	150-190	180-250	220-280

E7018

E7018 is unalloy steel welding electrode, suitable for all-position welding. Good processing property, reduces spatter and distortion, easy to deslagging. And 7018 welding rod is used for structures fabricated by equivalent tensile strength carbon steel and low alloy steels, such as boilers, high pressure vessels, bridges, pipelines and etc.

Type of Covering: Low hydrogen, potassium, iron powder

Welding Position: F, H, HF, OH, V

Type of Current: DCEP or AC

Notices:

The rod should be baked at 350℃ for 1 hour before use.
The surfaces to be welded must be cleaned away impurities of oil contamination, rust, moisture and so on.
Short arc and narrow-gap welding is recommended.

Chemical Composition of Deposited Metal (%)


Standard	≤0.15	≤1.60	≤0.90	≤0.035	≤0.035	≤0.30	≤0.20	≤0.30	≤0.08
Typical	0.068	1.38	0.41	0.015	0.012	0.035	0.011	0.001	0.002

Mechanical Properties of Deposited Metal (AW)


Standard	≥490	≥400	≥20	≥27
Typical	560	465	29	130

Sizes & Recommended Current (DC+ or AC open circuit voltage ≥70V)


Welding Rod Length (mm)	300	350	400	400
Welding Current (A)	70-110	100-140	140-180	190-240

The Critical Role of Storage: Unlocking VQ Full Potential

Did you know that VQ Welding Electrodes’ 7018 rods are incredibly sensitive to moisture, and their performance hinges entirely on proper storage? This “low-hydrogen” electrode is meticulously designed to prevent hydrogen-induced cracking in critical welds, yet even small amounts of atmospheric moisture can compromise this key benefit. That’s why VQ 7018 is often hermetically sealed, and once opened, its integrity demands storage in specialized electrode ovens to maintain its pristine, moisture-free condition, ensuring the highest quality and safety for your projects.

Protecting Your Investment: Why 7018 Storage Matters for Weld Integrity

The extreme sensitivity of VQ 7018 to moisture isn’t just a recommendation; it’s a fundamental requirement for weld strength and longevity. Hydrogen, if introduced from a damp electrode coating, can lead to delayed cracking—a silent killer in high-stress applications like bridges, pressure vessels, and heavy machinery. Understanding this vulnerability is why professional welders prioritize the use of electrode ovens to store 7018 after opening, and why “rebaking” is a common practice for electrodes exposed to air. This diligence in storage is the unseen step that guarantees the ultimate reliability and durability of every VQ 7018 weld.

CAUTION / ATTENTION

Please read and understand all safety information before using VQ Welding Electrodes. Failure to follow safety instructions can result in serious injury or death.

ELECTRIC SHOCK CAN KILL: Do not touch live electrical parts. Insulate yourself from work and ground.
FUMES AND GASES CAN BE DANGEROUS: Keep your head out of the fumes. Use enough ventilation, exhaust at the arc, or both, to keep fumes and gases away from your breathing zone and the general area.
ARC RAYS CAN BURN EYES AND SKIN: Wear a welding helmet with an appropriate shade of filter lens to protect your eyes and face. Wear approved safety glasses with side shields under your helmet. Wear appropriate body protection to protect skin from arc rays and hot sparks.
WELDING CAN CAUSE FIRE OR EXPLOSION: Do not weld near flammable materials. Have a fire extinguisher readily available.
HOT METAL CAN CAUSE BURNS: Allow work to cool before handling. Wear insulated welding gloves and protective clothing.
GRINDING, WELDING, AND CUTTING DEBRIS CAN BE DANGEROUS: Protect yourself and others from flying particles. Wear appropriate eye protection (safety glasses or goggles) when grinding or chipping.

Always ensure proper training and adherence to applicable safety standards (e.g., CSA W117.2-2024 – Safety in Welding, Cutting, and Allied Processes, or your local regulations) when using VQ Welding Electrodes.

The post VQ Welding Rod for Carbon Steel and Low Alloy Steel appeared first on Vanguard steel Ltd.

G10 VQ SL Trulock Clevis Sling Hook

MartinVan — Tue, 24 Jun 2025 18:59:13 +0000

VANCOUVER - EDMONTON - WINNIPEG - TORONTO - MONTREAL

Your Ultimate Source for Specialty Steel and Industrial Products

Trulock G10 SL Clevis Slip Hook

The Trulock SL Clevis Slip Hook is engineered for secure and adaptable lifting, providing a robust solution for a wide range of rigging applications. Designed with a convenient clevis connection, this hook allows for direct attachment to your chain sling assemblies, eliminating the need for additional coupling links and streamlining your setup. Its design prioritizes both strength and versatility, making it an indispensable component for professionals who demand reliable performance in diverse lifting scenarios, from pulling and securing to general material handling.

Key Features of the Trulock SL Clevis Slip Hook:

Forged from specialty alloy steel and meticulously heat-treated for superior strength and durability.
Optimized to be seamlessly matched with Grade 100 chains, ensuring peak performance and compatibility.
Delivers a performance increase of 25% when compared to standard Grade 80 products, offering enhanced lifting capacity.
Each individual hook is rigorously tested at 2.5 times its working load limit, with certification available.
Samples undergo comprehensive fatigue testing, enduring 20,000 cycles at 1.5 times the Working Load Limit, guaranteeing long-term reliability.
Strict sampling and breakage testing are conducted for every batch of products, ensuring consistent quality and safety.
100% magnetic particle flaw detection is performed on each hook to identify any subsurface imperfections.
100% of the pins are individually tested to ensure uniform hardness, contributing to overall product integrity.
Features a durable powder-coated surface treatment for enhanced corrosion resistance and extended lifespan.
Distinctive colour code: Peach with a black tip for easy identification and brand recognition.

Model	Part Number	WLL (t)	Breaking Load (t)	A±.05	B±1	E±1.5	H±	M±2	L±2.5	Weight (KG)
10-VQSH1004-08	3951 5016	2.5	10	9.5	37	25	27.5	88	134	.7
10-VQSH1004-10	3951 5024	4	16	12	48	28	33.5	105.5	161.5	1.3
10-VQSH1004-13	3951 5032	6.7	26.8	15	59	38	42	134	203	2.3
10-VQSH1004-16	3951 5040	10	48	17.5	70	44	50	160.5	248	3.6
10-VQSH1004-20	3951 5048	16	64	25	85.	52	56	190.5	297	7.3

Other Products

G10 VQ Master Link

G10 VQ Conn Link

G10 VQ Clevis Grab Hook

Inspection Considerations for G80 and G100 Alloy Sling Hook

Inspecting a Grade 100 sling hook involves a series of steps to ensure the hook is safe for lifting and meets industry standards. Here’s a detailed guide on how to inspect a Grade 100 sling hook:

Visual Inspection

Check for Identification: Ensure that the sling hook has clear identification markings, including the grade, manufacturer’s mark, and traceability code. This helps verify that the hook is a genuine Grade 100 product.
Inspect for Deformation: Look for any signs of deformation such as bends, twists, or elongation. Deformed hooks indicate that the hook has been overloaded and should be removed from service.
Surface Examination: Check the hook for any cracks, gouges, nicks, and corrosion. Surface defects can weaken the hook and compromise its integrity. Pay special attention to the areas around the throat and hook body.
Examine the Hook Tip: Ensure that the tip of the hook is not bent or damaged. The hook tip should be properly aligned and free of sharp edges.
Check the Hook Throat Opening: Measure the throat opening of the hook to ensure it has not widened beyond the manufacturer’s specifications. An increased throat opening is a sign of overload and can be dangerous.

Functional Inspection

Movement of the Hook Latch: Verify that the hook latch (if equipped) moves freely and returns to its closed position automatically. The latch should securely cover the hook opening and should not be bent or damaged.
Swivel Action (if applicable): If the sling hook is a swivel type, ensure that the swivel mechanism operates smoothly without excessive play or binding.

Measurement and Comparison

Dimensional Check: Use precise measuring tools to check the dimensions of the hook against the manufacturer’s specifications. Focus on critical areas such as the throat opening, hook body, and latch.
Wear and Corrosion: Measure any wear on the hook, particularly in areas where it contacts other lifting components. Corrosion should also be checked as it can weaken the hook over time.

Load Test (if required)

Proof Load Test: Some standards and manufacturers may require a proof load test to ensure the hook can handle its rated capacity. This should be done according to the manufacturer’s guidelines and industry standards.

Record Keeping

Documentation: Record all findings in an inspection log. Include the date of inspection, condition of the hook, any defects found, and actions taken (such as removal from service).
Traceability: Maintain traceability records that link the sling hook to its inspection history. This is important for compliance with safety standards and for future reference.

Compliance Check

OSHA and Local Regulations: Ensure the inspection complies with OSHA regulations and any local safety standards. This may include additional requirements for documentation, frequency of inspections, and criteria for removing hooks from service.
Manufacturer Guidelines: Follow the manufacturer’s inspection and maintenance guidelines. These often include specific criteria for wear and deformation unique to their products.

Guidelines and References

OSHA Standards: Check OSHA’s regulations for rigging hardware and sling inspection.
WorkSafeBC: Refer to WorkSafeBC guidelines for regional compliance.
Manufacturer’s Manual: Always refer to the specific manufacturer’s manual for detailed inspection procedures and criteria.

By following these steps, you can ensure that Grade 100 sling hooks are in safe working condition, preventing accidents and maintaining compliance with safety regulations. Regular inspections and proper documentation are essential to the longevity and reliability of lifting equipment.

Always check your local laws and governing bodies in your region to ensure compliance with all relevant regulations and standards for chain sling inspections.

Accuracy Disclaimer: While we strive to provide accurate and up-to-date inspection information, please be aware that regulations, standards, and guidelines may change. It is important to verify the information provided by your local governing bodies or relevant authorities to ensure compliance with current regulations and requirements.

The post G10 VQ SL Trulock Clevis Sling Hook appeared first on Vanguard steel Ltd.

Hose Safety Restraints – Galvanized

MartinVan — Mon, 28 Apr 2025 19:36:31 +0000

VANCOUVER - EDMONTON - WINNIPEG - TORONTO - MONTREAL

Your Ultimate Source for Specialty Steel and Industrial Products

VGD GripGuard Secure:
Hose Safety Restraints

Hose safety restraints, often featuring interlocking mechanisms and high-strength materials, are designed to prevent hose whip and separation under pressure, significantly reducing the risk of injury and equipment damage.

Introducing the VGD GripGuard Secure Series:
Uncompromising Safety for Your Hose Connections

VGD is excited to announce the addition of the GripGuard Secure line to our comprehensive range of industrial solutions. This new series of high-quality cable hose safety restraints offers a vital layer of protection against the hazards of hose whip and unexpected disconnections. Available with durable cable in 1/8″, 1/4″, and 3/8″ diameters, the GripGuard Secure line provides a reliable and robust solution for securing critical fluid and pneumatic transfer systems. With the VGD GripGuard Secure, you can enhance workplace safety and minimize operational risks, ensuring dependable performance for your diverse applications. Explore the added security and peace of mind this new product line brings to your operations.

Cable Dia.	Length Inches	Hose Diameter Inches	Product Code	Weight Lbs
1/8"	15"	1/2" - 1 1/4"	3317 0815	.150
1/8"	22	1/2" - 1 1/4"	3317 0822	.230
1/4"	24	1 1/2" - 3"	3317 1624	.900
1/4"	36	1 1/2" - 3"	3317 1636	1.22
3/8"	48	3 1/2" - 6"	3317 2448	3.00

https://www.worksafebc.com/en/law-policy/occupational-health-safety/searchable-ohs-regulation/ohs-regulation/part-12-tools-machinery-and-equipment#SectionNumber:12.15

WARNING
SERIOUS RISK OF INJURY OR PROPERTY DAMAGE EXISTS IF THESE INSTRUCTIONS AND WARNINGS ARE NOT FOLLOWED.
Read and Understand All Instructions Before Installing, Using, or Inspecting VGD GripGuard Secure Cable Hose Safety Restraints.
- Intended Use Only: These cable hose safety restraints are designed to provide secondary protection against hose whip and separation in pressurized fluid and pneumatic systems. They are intended to be used in conjunction with properly installed and maintained hose assemblies and connections. These restraints are not a substitute for proper hose selection, installation, maintenance, or secure primary connections.
- Correct Size Application: Ensure the GripGuard Secure restraint selected is the correct size for the outer diameter of the hose being used. Using an improperly sized restraint may result in ineffective protection or damage to the hose. Refer to the Secure sizing chart for proper selection.
- Proper Installation is Critical: Ensure the cable is securely fastened around the hose and that the locking mechanism is properly engaged and tightened. Incorrect installation can lead to restraint failure and potential harm.
- Regular Inspection: Inspect all GripGuard Secure restraints before each use for any signs of damage, wear, corrosion, or deformation. Do not use a restraint that shows any signs of damage. Replace damaged restraints immediately.
- Pressure Limitations: Never exceed the recommended working pressure of the hose assembly. The GripGuard Secure restraint provides secondary protection but does not increase the pressure rating of the hose.
- No Modifications: Do not modify or alter the GripGuard Secure restraints in any way. Modifications can compromise their structural integrity and effectiveness.
- Trained Personnel: Installation and inspection of these safety restraints should only be performed by trained and qualified personnel who understand the hazards associated with pressurized systems.
- Disclaimer of Liability: VGD assumes no liability for injuries or damages resulting from the misuse, improper installation, lack of maintenance, or failure to follow these warnings and instructions. The user is solely responsible for ensuring the safe application and use of VGD GripGuard Secure Cable Hose Safety Restraints.
By using VGD GripGuard Secure Cable Hose Safety Restraints, you acknowledge that you have read, understood, and agree to comply with these warnings and instructions.
Keep this warning page readily accessible for all users.

The information provided herein regarding the use, installation, and maintenance of VGD GripGuard Secure Cable Hose Safety Restraints is intended as a general guide. Users are strongly advised to consult all applicable regulations and standards set forth by their regional occupational safety and health authorities, including WorkSafe in Canada and OSHA in the United States, as well as any other relevant local or industry-specific regulations. In the event of any conflict or inconsistency between this document and the requirements of such regulatory bodies, the regulations of WorkSafe, OSHA, or the applicable local authority shall take precedence.

How to Choose the Right Hand Hose Restraint?

Choosing the right size GripGuard Secure cable hose safety restraint is crucial for ensuring its effectiveness and the safety of your operations. Here’s a step-by-step guide:

1. Measure the Outside Diameter (O.D.) of Your Hose:

Use a calliper or a flexible measuring tape to accurately measure the outer diameter of the hose you need to restrain. Measure at several points along the hose to account for any variations.

2. Consult the VGD GripGuard Secure Sizing Chart:

VGD should provide a sizing chart that correlates hose outer diameters to the appropriate GripGuard Secure cable restraint size (likely based on the 1/8″, 1/4″, and 3/8″ cable diameters).
This chart will specify the range of hose O.D. that each cable size is designed to accommodate safely.

3. Select the Restraint Size that Matches Your Hose O.D. Range:

Choose the GripGuard Secure restraint where your measured hose O.D. falls within the specified range of the cable size.
Do not choose a restraint that is too large or too small.
- A restraint that is too large may not provide a secure grip and could allow the hose to whip.
- A restraint that is too small may be difficult to install, could damage the hose, or may not be able to withstand the forces in the event of a failure.

4. Consider the Application and Pressure:

While your cable diameters are fixed (1/8″, 1/4″, 3/8″), understand that each size will have a recommended working pressure or force resistance. Ensure the chosen size is adequate for the pressure and potential force of your hose system. Your product specifications should detail these limitations.

5. Follow Installation Instructions:

Once you have the correct size, carefully follow the VGD installation instructions to ensure the restraint is fitted properly and securely.

Example Scenario:

Let’s say you have a hose with an outer diameter of 0.65 inches. You would then consult the VGD GripGuard Secure sizing chart. If the chart indicates that the 1/8″ cable restraint is suitable for hoses with an O.D. range of 0.5″ to 1.25″, then the 1/8″ GripGuard Secure would be the correct size for your 0.65″ O.D. hose.

Key Reminders:

Always refer to the official VGD GripGuard Secure sizing chart. This is the most accurate way to ensure proper selection.
If your hose diameter is close to the upper or lower limit of a size range, consider contacting VGD for guidance.
Regularly inspect restraints to ensure they are still the correct size and in good working condition.

By following these steps, you can confidently choose the right size GripGuard Secure cable hose safety restraint for your application, contributing to a safer working environment.

maintenance for your VGD GripGuard Secure Cable Hose Safety Restraints.

To ensure the continued effectiveness and safety of your VGD GripGuard Secure Cable Hose Safety Restraints, regular maintenance and inspection are crucial. Follow these guidelines:

1. Regular Visual Inspection (Before Each Use):

Cable Condition: Inspect the cable for any signs of fraying, kinking, cuts, corrosion, or deformation. If any damage is found, immediately remove the restraint from service and replace it.
Locking Mechanism: Check the locking mechanism (e.g., clamp, ferrule, or other fastening device) for proper function, wear, corrosion, or damage. Ensure it engages securely and tightens appropriately.
Overall Condition: Look for any other signs of damage or wear to any part of the restraint.
Correct Fit: Verify that the restraint is still the correct size and fits snugly around the hose. Ensure it has not become loose or stretched.

2. Periodic Thorough Inspection (Based on Usage and Environment):

The frequency of thorough inspections will depend on the severity of the application, environmental conditions (e.g., exposure to chemicals, extreme temperatures, UV radiation), and frequency of use. Establish a schedule for these inspections (e.g., weekly, monthly, quarterly).
During these inspections, pay close attention to areas that may experience stress or wear.
Ensure all components are free of debris, dirt, or other contaminants that could impede proper function. Clean the restraints as needed with a mild detergent and water, and ensure they are fully dried before reuse.

3. Proper Cleaning:

Clean restraints with a mild soap and water solution.
Avoid using harsh chemicals or solvents that could damage the cable or other components.
Rinse thoroughly with clean water and allow to air dry completely before putting back into service.

4. Storage:

When not in use, store GripGuard Secure restraints in a clean, dry environment away from direct sunlight, extreme temperatures, and corrosive materials.
Avoid storing them in a way that could cause damage or deformation to the cable or locking mechanism.

5. Replacement:

Immediately replace any GripGuard Secure restraint that shows signs of damage, wear, or corrosion.
The lifespan of a restraint will vary depending on the application and environmental conditions. Establish a replacement schedule based on your experience and the recommendations of safety professionals.
Only use genuine VGD GripGuard Secure replacement restraints of the correct size and specification.

6. Record Keeping (Recommended):

Maintain records of inspections, maintenance performed, and any replacements made. This can help track the lifespan of the restraints and identify any recurring issues.

Failure to properly maintain and inspect VGD GripGuard Secure Cable Hose Safety Restraints can compromise their effectiveness and may lead to serious injury or property damage in the event of a hose failure.

If you have any questions or concerns regarding the maintenance of your VGD GripGuard Secure restraints, please contact VGD or a qualified safety professional for guidance.

Remember to tailor the frequency of thorough inspections to your specific operational environment and regulatory requirements in Canada. Consulting with safety experts is crucial to ensure this maintenance guidance is comprehensive and effective for your users.

The post Hose Safety Restraints – Galvanized appeared first on Vanguard steel Ltd.

Steel Calculator

MartinVan — Fri, 28 Feb 2025 00:01:10 +0000

VANCOUVER - EDMONTON - WINNIPEG - TORONTO - MONTREAL

Your Ultimate Source for Specialty Steel and Industrial Products

Vanguard Steel Weight Calculator

Steel Calculator Cold Finish (Round, Flat, Hex)

Select Shape:

Diameter: Length:

Output Unit:

Weight: --

Hot Rolled Round Bar Calculator (Round)

Diameter: Length: Output Unit:

Weight: --

This steel calculator is for estimation purposes only and not professional engineering advice. We make no warranties regarding accuracy and are not liable for any damages resulting from its use. Consult a qualified professional for project-specific calculations.

Right Triangle Trig Calculator

Results will appear here

The post Steel Calculator appeared first on Vanguard steel Ltd.

Line Master- Hand Cable Puller

MartinVan — Fri, 31 Jan 2025 22:15:13 +0000

VANCOUVER - EDMONTON - WINNIPEG - TORONTO - MONTREAL

Your Ultimate Source for Specialty Steel and Industrial Products

Line Master
Double Pawl Gear Cable Puller

Some farmers and ranchers use come-alongs to repair fences, move heavy equipment, or even assist with animal handling in certain situations.

Introducing the Line Master Double Pawl Gear Cable Puller
Your Heavy Lifting Solution

Tackle your toughest pulling challenges with the Line Master Double Gear Cable Puller. Our innovative double-gear system provides exceptional power and control, making even the most demanding jobs manageable. Choose from our 1-ton or 2-ton capacity models, both equipped with 12 feet of high-strength cable. The Line Master is ideal for construction, automotive, and a wide range of industrial applications. Experience the difference a true pulling powerhouse makes.

Decription	Capacity	Cable Length	Product Code	Weight (lbs/pc)
VHCP-100	1TON	12FT	3860 5100	5.50
VHCP-200	2TON	12FT	3860 5200	8.50

WARNING: This come-along is not designed or intended for overhead lifting. Serious injury or death could result from dropped loads. Use only approved hoists or lifting devices for overhead applications.

The Heart of the Line Master:
Barrel and Pawl

The Line Master's powerful double gear system is built around a unique barrel design. A 3-plate wheel smoothly spools the cable, driven by a matching 3-plate drive pawl. This multi-plate design on both the wheel and pawl spreads the load for maximum pulling power and minimal wear. This combination creates a strong, positive grip on the cable, preventing slips and giving you precise control for even the toughest jobs. The 3-plate wheel and drive pawl work together to deliver the Line Master's superior performance and durability.

WARNING: This come-along is not designed or intended for overhead lifting. Serious injury or death could result from dropped loads. Use only approved hoists or lifting devices for overhead applications.
CAUTION: Improper Use Hazard. Do not use this come-along for lifting personnel or loads over people. For overhead lifting, use equipment specifically designed and rated for such applications.
DANGER: Risk of Falling Objects. Never use this come-along for lifting objects overhead. Use a hoist or other approved lifting device with appropriate safety features for overhead lifting.

How to Choose the Right Hand Cable Puller?

Selecting the right hand cable puller is crucial for safety and efficiency. Here are the key factors to consider:

Weight Capacity is Paramount:
- Exceed Your Needs: Always choose a puller with a weight capacity that surpasses your maximum anticipated load by at least 25% for safety.
- Consider the Task: Heavy-duty applications require higher capacity pullers than lighter tasks.
- Safety First: Overloading can lead to equipment failure and serious injury, so always err on the side of caution.
Match Cable and Handle to Your Task:
- Cable Length and Diameter: Select a cable length that accommodates your typical pulling distances and a diameter that matches the load’s weight.
- Handle Type: Choose between a ratchet handle (for precision and heavy loads) or a lever handle (for simplicity and lighter tasks).
- Handle Length: Longer handles offer increased leverage, while shorter handles are more maneuverable in tight spaces.
Ensure Robust Build and Secure Hooks:
- Material Quality: Opt for a puller constructed from high-quality steel or other durable materials for longevity.
- Hook Security: Ensure hooks are forged steel with reliable safety latches to prevent accidental disengagement.
- Locking Mechanism: A strong and reliable locking mechanism is essential for securely holding the load in place.
Application Specifics:
- Task Specific: Match the puller to the specific task, such as electrical work, construction, or DIY projects.
- Environmental Factors: Consider the working environment. A corrosion-resistant finish is essential for outdoor use.
- Specialized Needs: Look for features like insulated handles for electrical work or specific hook types for unique applications.

What is a cable puller used for?

Come-alongs are designed for tasks that require pulling, lifting, or holding heavy loads where portability and manual operation are key. Here are some common uses:

Pulling:
- Stretching fences: Tensioning wire fencing during installation or repair.
- Moving objects: Shifting heavy equipment, machinery, or even vehicles short distances.
- Positioning: Aligning structural components during construction or repair work.
- Rescue: In emergency situations, come-along can help move debris or free trapped objects.
Lifting:
- Hoisting: Lifting heavy items to a certain height, though they are not designed for continuous or high-frequency lifting like a dedicated hoist.
- Supporting: Holding objects in place while repairs or adjustments are made.
Tensioning:
- Securing loads: Tightening ropes, cables, or chains to secure cargo on trucks or trailers.
- Adjusting guy wires: Tensioning cables that support structures like antennas or towers.

Key Features and How They’re Used:

Hand-operated: Come-alongs rely on manual power, making them ideal for situations where electricity or other power sources are unavailable.
Ratchet mechanism: The heart of a come-along is its ratchet system. This allows you to incrementally pull the cable, locking it in place with each stroke of the handle. This provides precise control and prevents the load from slipping.
Cable and hooks: Come-alongs use a steel cable with hooks at each end. One hook is attached to a fixed anchor point, while the other is attached to the load you want to move.
Compact and portable: Come-alongs are typically lightweight and easy to transport, making them handy for on-site jobs or remote locations.

Important Considerations:

Weight capacity: Come-alongs have a specific weight limit. It’s crucial to never exceed this limit to avoid damage to the tool or, more importantly, injury.
Not for overhead lifting: Come-alongs are generally not designed for overhead lifting due to safety concerns. For such applications, specialized hoists are required.
Maintenance: Regular inspection and lubrication are essential to keep your come-along in good working condition.

In summary: Come-alongs are versatile hand tools that provide a mechanical advantage for pulling, lifting, and tensioning.

They are valuable in various industries and DIY projects where portability and manual operation are needed.

why would you use a hand cable puller rather than a Long-Reach Cable Puller?

That’s a great question! While both hand cable pullers and long-reach cable pullers serve the purpose of pulling heavy loads, they have distinct differences that make them suitable for different situations. Here’s a breakdown of why you might choose a hand cable puller over a long-reach one:

1. Portability and Compactness:

Hand cable pullers: These are generally more compact and lightweight, making them easier to transport and store. They are ideal for jobs where you need to move the tool around frequently or work in confined spaces.
Long-reach cable pullers: Due to their longer cable lengths, they tend to be bulkier and heavier. This can make them less convenient for tasks that require frequent relocation.

2. Cost:

Hand cable pullers: Typically, hand cable pullers are more affordable than long-reach models. This makes them a good option for occasional use or for those on a budget.
Long-reach cable pullers: The increased cable length and specialized design often result in a higher price tag.

3. Specific Applications:

Hand cable pullers: These are well-suited for general-purpose pulling, lifting, and tensioning tasks where the pulling distance is relatively short. Examples include:
- Stretching fences
- Moving objects short distances
- Securing loads
- Pulling cables through conduits or long runs
- Moving objects over significant distances
- Tensioning guy wires on towers or antennasLong-reach cable pullers: These are specifically designed for applications that require pulling over long distances without resetting the tool. They are ideal for tasks such as:

4. Vertical Lifting:

Hand cable pullers: Some hand cable pullers can be used for limited vertical lifting, though they are generally not recommended for frequent or heavy overhead lifting.
Long-reach cable pullers: These are typically not designed for vertical lifting due to safety concerns.

In summary:

Choose a hand cable puller if:

You need a portable and compact tool.
You have a limited budget.
Your tasks involve pulling over shorter distances.
You occasionally need to lift objects vertically (with caution).

Choose a long-reach cable puller if:

Your primary need is to pull over long distances without frequent resetting.
You need to move objects over significant distances.
You are working on projects like cable installation or tower maintenance.

Ultimately, the best choice depends on the specific requirements of your job and the type of tasks you’ll be performing.

The post Line Master- Hand Cable Puller appeared first on Vanguard steel Ltd.

Polyester Lifting Slings – Round – L Series

MartinVan — Fri, 29 Nov 2024 00:53:12 +0000

VANCOUVER - EDMONTON - WINNIPEG - TORONTO - MONTREAL

Your Ultimate Source for Specialty Steel and Industrial Products

VQ Polyester L-Series
ROUND Lifting Slings

A Superior Choice for Safe and Efficient Lifting

VQ Polyester L-Series web round slings offer a premium solution for your lifting needs. Crafted with precision and designed for durability, these slings are engineered to exceed industry standards.

Key Features:

Individually Proof Tested and Certified: Each VQ Polyester L-Series sling undergoes rigorous individual proof testing to ensure it meets or exceeds industry standards. A certificate of proof test is included with every sling package, providing peace of mind and compliance with safety regulations.
Durable Leather ID Tags: For easy identification and traceability, each sling is equipped with a durable leather ID tag that resists wear and tear, ensuring long-lasting performance.

Reduced Stretch: Experience precise lifting with minimal stretch, even under heavy loads. This feature is particularly beneficial when using multiple slings in tandem.
Water Repellent: Our L-Series slings are designed to withstand harsh conditions. The water-repellent coating helps prevent mildew and grit buildup, extending the sling’s lifespan.

Why Choose VQ Polyester L-Series Slings?

Safety First: Our commitment to safety is unwavering. Each sling undergoes rigorous testing to ensure it meets or exceeds industry standards.
Precision Engineering: Our meticulous attention to detail guarantees optimal performance and reliability.
Our VQ Polyester L-Series slings feature protective gray covers on the load-bearing points for added durability and longevity. These covers shield the sling material from abrasion, wear, and other forms of damage, extending the overall lifespan of the sling and ensuring consistent performance.

When Selecting a Web Sling, Consider These Factors:

Company Reputation: Choose a reputable manufacturer with a proven track record of quality and safety.
Webbing Thickness: Ensure the webbing thickness is adequate for your specific lifting requirements.
Stretch Value: A low stretch value is essential for accurate and controlled lifting.
Stitching Patterns: Consistent and well-executed stitching patterns contribute to overall sling strength and durability.
Tag Quality and Attachment: Durable tags securely attached to the sling provide essential information and traceability.

Choose VQ Polyester L-Series Slings for:

General Lifting Applications
Machinery and Equipment Handling
Construction and Industrial Use

Trust VQ for Safe and Reliable Lifting Solutions.

Introducing the VQ L-Series Polyester Round Slings – your ultimate rigging solution. What sets these slings apart is the inclusion of FREE SLIP LEATHER tags, offering numerous benefits for rigging applications. These tags feature a standard plastic safety tag with essential information imprinted for added safety assurance. Additionally, an extra ‘Free Slip’ leather tag carries the same crucial information, ensuring visibility from any angle, regardless of how the sling is positioned.

Notably, the leather safety tag offers exceptional durability, resisting cracks and wear, ultimately extending the service life of the sling.

Our L-Series Round Slings are crafted from polyester yarn, forming a continuous loop enclosed within a polyester fabric sleeve. This sleeve is thoughtfully colour-coded to facilitate the identification of working load capacities, making your rigging tasks more efficient. Furthermore, the construction of the sleeve is designed to safeguard the internal rows of yarn filaments, maintaining their parallel alignment throughout use. This minimizes the risk of ‘load bounce’ during lifting, thanks to the low stretch characteristics of polyester yarn.

What’s more, the VQ L-Series round slings are impressively lightweight and flexible, making them ideal for handling delicate and fragile loads with ease and precision. Whether you’re dealing with heavy-duty rigging or intricate lifting, these slings offer a reliable and versatile solution.

And they are also individually Proof- Tested for added peace of mind.

Web Sling & Tie Down Association

Section 5.1 Roundsling Rated Capacities
Be sure the roundsling you intend to use has an adequate rated capacity for the job (refer to identification and
capacity tag on each sling).

Round Slings

	Vertical	Product Codes
	WLL
Purple	2,600	340610xx
Green	5,300	340620xx
Yellow	8,400	340630xx
Tan	10,600	340640xx
Red	13,200	340650xx
White	17,000	340660xx
Blue	21,200	340670xx
Orange	25,000	340680xx
Gray	31,000	340690xx
Orange	40,000	340601xx
Brown	53,000	340611xx
Olive	66,000	340612xx
Black	90,000	340613xx
FX	5,300	340620xxx

Caution: Color codes and rated capacities may vary among manufacturers. ALWAYS CHECK THE IDENTIFICATION TAG TO DETERMINE IF THE POLYESTER ROUNDSLING RATED CAPACITY IS APPLICABLE FOR THE LIFT.

Our slings conform to WSTDA and ASME B30.9

Free Slip Safety Tag

Understanding Sling Types and Tag info

L – Series
The leather safety tag doesn’t crack or wear like the plastic ones giving you longer service life.

Manufacturer
Product Code
Length & Width
Date Code
Working Load Limit
Serial Number
Type of Sling

UV Exposure and Service Life of VQ L-Series & E-series Slings

Like all synthetic fiber slings, VQ L&E-Series slings are susceptible to degradation when exposed to prolonged UV radiation. This exposure can weaken the material over time, compromising the sling’s strength and safety.

To ensure the longevity and safety of your VQ L&E-Series slings, consider the following:

Regular Inspection: Conduct frequent inspections for signs of wear, damage, or UV degradation, such as discoloration, cracking, or stiffness.
Proof Testing: For slings regularly exposed to UV radiation, periodic proof testing to twice their rated capacity can help identify potential issues early on.
Storage: When not in use, store slings in a cool, dry, and shaded location to minimize UV exposure.

By following these guidelines, you can maximize the service life of your VQ L&E-Series slings and maintain a safe working environment.

What is a Polyester Lifting Slings?

Polyester lifting slings are essential tools used in various industries to safely lift and transport heavy loads. They are favored for their durability, flexibility, and resistance to chemicals and moisture.

Common Applications of Polyester Lifting Slings:

Construction: Lifting and positioning heavy construction materials like steel beams, concrete slabs, and machinery.
Manufacturing: Transporting raw materials, finished products, and heavy equipment within factories and warehouses.
Logistics and Shipping: Securely lifting and moving pallets, crates, and other cargo during loading and unloading operations.
Oil and Gas: Lifting and transporting heavy equipment and pipelines in harsh environments.
Mining: Handling large mining equipment and extracted materials.

By using polyester lifting slings, businesses can ensure the safety of their workers and the integrity of their products. It’s crucial to select the appropriate sling for the specific load and lifting conditions to prevent accidents and maximize efficiency

REMOVAL CRITERIA

A web sling shall be removed from service if any the following forms are visible:
If web sling identification tag is missing or not readable.
Holes, tears, cuts, snags or embedded particles in the webbing.
Broken or worn stitches in load bearing splice.
Excessive abrasive wear or crushed webbing.
Knots in any part of the webbing.
Distortion, excessive pitting, corrosion or damage of any fitting or component.
Melting, charring or weld spatter on any part of the webbing.
Acid or alkali burns.
Any conditions which cause doubts as to the strength of the web sling

Exploring Lifting Slings: Key Queries Answered

What is a Polyester Lifting Sling?

A polyester lifting sling is a durable, flexible strap made from high-quality polyester fibers. It’s designed to safely lift and transport heavy loads in various industries. These slings are known for their strength, durability, and resistance to chemicals and moisture.

Why Choose Polyester Lifting Slings?

Durability: Polyester slings are highly resistant to abrasion, tearing, and other forms of wear and tear.
Flexibility: They can be easily maneuvered around awkward shapes and tight spaces.
Chemical Resistance: Polyester slings are resistant to many chemicals, making them suitable for a wide range of applications.
Moisture Resistance: They can withstand exposure to moisture without compromising their strength or performance.

Key Factors to Consider When Choosing a Polyester Lifting Sling:

Working Load Limit (WLL): This is the maximum weight a sling can safely lift. Always ensure the WLL is higher than the weight of the load.
Sling Type: Different sling types (e.g., round, flat, endless) are suitable for specific applications.
Sling Length: The length should be appropriate for the lifting task.
Sling Angle: The angle at which the sling is used can affect its load-bearing capacity.
Inspection and Maintenance: Regular inspection and maintenance are crucial to ensure the sling’s safety and longevity.

Safe Practices for Using Polyester Lifting Slings:

Inspect the sling before each use: Check for damage, wear, and fraying.
Avoid overloading the sling: Always stay within the WLL.
Properly attach the sling to the load and lifting equipment: Use appropriate hardware and techniques.
Avoid sharp edges: Protect the sling from contact with sharp objects.
Store slings properly: Store them in a cool, dry place, away from direct sunlight and extreme temperatures.

By following these guidelines and choosing the right polyester lifting sling for your specific needs, you can ensure safe and efficient material handling operations.

ASTM and WorkSafeBC Requirements for Lifting Sling Inspection

ASTM Standards:

ASTM International (ASTM) provides specific standards for the manufacturing, testing, and inspection of lifting slings. While they don’t dictate inspection frequencies, they provide guidelines for:

Material specifications: Ensuring the use of appropriate materials for the intended load capacity.
Manufacturing processes: Guaranteeing proper construction and assembly techniques.
Performance testing: Verifying the sling’s strength, durability, and resistance to various factors.

WorkSafeBC Requirements:

WorkSafeBC, the British Columbia workplace safety authority, mandates regular inspection and maintenance of lifting equipment, including slings. The specific frequency of inspections may vary depending on factors like usage, environmental conditions, and manufacturer’s recommendations. However, general guidelines include:

Daily pre-use inspections: Visual checks for damage, wear, and defects.
Periodic thorough inspections: More detailed examinations conducted by qualified personnel. This might include:
- Checking for signs of wear, such as fraying, cuts, or burns.
- Examining stitching and hardware for damage.
- Verifying the sling’s identification markings, including the manufacturer’s name, WLL, and date of manufacture.
- Conducting load tests, if necessary, to ensure the sling’s capacity

Key Inspection Points for Polyester Lifting Slings:

General condition: Look for signs of wear, damage, or deterioration.
Stitching: Check for loose threads, broken stitches, or damaged stitching.
Webbing: Inspect for cuts, tears, or excessive wear.
Hardware: Examine hooks, rings, and other fittings for cracks, bending, or distortion.
Identification markings: Verify that the sling is properly marked with its WLL and other relevant information.

Record Keeping:

WorkSafeBC requires employers to maintain records of inspections and maintenance. These records should include:

Date of inspection
Inspector’s name and qualifications
Findings of the inspection
Any repairs or replacements made
Date of the next scheduled inspection

By adhering to ASTM standards and WorkSafeBC regulations, businesses can ensure the safety and reliability of their lifting operations. Regular inspections and maintenance of lifting slings are essential to prevent accidents and protect workers.

Note: Specific inspection requirements may vary depending on local regulations and industry standards. Always consult with local safety authorities and refer to the manufacturer’s guidelines for detailed inspection procedures.

Our factory is: ISO 9001:2015 Certified and a member of LEEA (Lifting Equipment Engineers Association)

Inspection requirements

ASME B30.9 Standards of Inspection on Synthetic Web Slings

Web Sling Inspections and Frequency

All inspections shall be performed by a designated person with any deficiencies further examined by a qualified person to identify hazards and determine what additional steps need to be taken to address the hazard.

ASME B30.9.

Initial Inspection (prior to initial use)

Under best practice it is important to inspect the synthetic web sling to make sure it is what you ordered. The ratings and tags are correct and record the serial number in your log book.

(Written records are not required for initial inspection)

Frequent (daily or prior to use)

Designate a Competent Person* to perform a daily visual inspection of slings and all fastenings and attachments for damage as laid out in the removal section. The inspector should also make sure that the web sling that was selected meets the specific job requirements it’s being used for.
*Competent Person- as laid out in ASME B30.9

A Once-a-day inspection might not be enough if the sling is used multiple times throughout the day under extreme conditions. Shock loads, sharp edges, excessive heat etc. can quickly damage the integrity of the web sling so you will need to develop a ‘best practice’ guideline for your working condition.

(Written records are not required for frequent inspection, however, a ‘best practice’ guideline should be in place)

Periodic Inspection

A periodic inspection shall be performed by a Qualified Person no later than 1 year (at a minimum) More frequent in severe service conditions. The following are all determining factors in scheduling the frequency of a periodic inspection:

Frequency of use
Severity of service conditions
Nature of the lifts being performed
Experience gained on the service life of web slings used in similar applications

ASME provides these additional periodic inspection guidelines based on the service of the synthetic web sling:

Normal Service – Yearly
Severe Service – Monthly to Quarterly
Special Service – As recommended by a Qualified Person

Depending on the severity of the operating environment and frequency of use, your business may decide that a more thorough sling inspection should occur more often than the minimum yearly requirement.

Periodic inspections are required to be documented per ASME B30.9 and record retained. The employer is required to maintain a record of the most recent thorough inspection—however, individual records for each sling that was inspected are not required. Maintaining a ‘best practice’ strategy for recording your slings and which ones have been inspected should make producing records in the event of an accident.

Per ASME B30.9, each synthetic web sling shall be marked by the manufacturer to include:

Name or trademark of the manufacturer, or if repaired, the entity performing the repair
Manufacturer’s code or stock number
Rated load for at least one hitch type and the angle at which it is based
Type of synthetic web material
Number of legs, if more than one

It is the responsibility of the user to maintain the sling identification—ensuring the tag or identification is still in place and is still legible during the life of the sling. If the identification tag is missing or illegible, it is the responsibility of the inspector to remove the sling from service.

Basic Inspection Criteria for Synthetic Web Slings

When inspecting web slings, daily visual inspections are intended to detect serious damage or deterioration which would weaken the strength and integrity of the sling.

This inspection is usually performed by the person using the sling in a day-to-day job. If during any point of the inspection the following is observed, the web sling should be removed from service and be discarded:

Missing or illegible sling identification
Acid or caustic burns
Melting or charring of any part of the sling
Holes, tears, cuts, or snags
Broken or worn stitching in load-bearing splices
Excessive wear or abrasion
Knots in any part of the sling
Discoloration and brittle or stiff areas on any part of the sling, which may indicate chemical or UV damage
Fittings that are pitted, corroded, cracked, bent, twisted, gouged, or broken
For hooks, removal criteria as stated in ASME B30.10
For rigging hardware, removal criteria as stated in ASME B30.26
Other conditions, including visible damage, that cause doubt to the continued use of the sling

ASME B30.9 standards specify that a synthetic web sling shall be removed from service immediately if any of the following conditions are present:

The post Polyester Lifting Slings – Round – L Series appeared first on Vanguard steel Ltd.

Polyester Lifting Slings – L Series

MartinVan — Fri, 22 Nov 2024 23:53:45 +0000

VANCOUVER - EDMONTON - WINNIPEG - TORONTO - MONTREAL

Your Ultimate Source for Specialty Steel and Industrial Products

VQ Polyester L-Series Lifting Slings

A Superior Choice for Safe and Efficient Lifting

VQ Polyester L-Series web slings offer a premium solution for your lifting needs. Crafted with precision and designed for durability, these slings are engineered to exceed industry standards.

Key Features:

Individually Proof Tested and Certified: Each VQ Polyester L-Series sling undergoes rigorous individual proof testing to ensure it meets or exceeds industry standards. A certificate of proof test is included with every sling package, providing peace of mind and compliance with safety regulations.
Durable Leather ID Tags: For easy identification and traceability, each sling is equipped with a durable leather ID tag that resists wear and tear, ensuring long-lasting performance.

Reduced Stretch: Experience precise lifting with minimal stretch, even under heavy loads. This feature is particularly beneficial when using multiple slings in tandem.
Water Repellent: Our L-Series slings are designed to withstand harsh conditions. The water-repellent coating helps prevent mildew and grit buildup, extending the sling’s lifespan.

Why Choose VQ Polyester L-Series Slings?

Safety First: Our commitment to safety is unwavering. Each sling undergoes rigorous testing to ensure it meets or exceeds industry standards.
Precision Engineering: Our meticulous attention to detail guarantees optimal performance and reliability.
Our VQ Polyester L-Series slings feature protective gray covers on the load-bearing points for added durability and longevity. These covers shield the sling material from abrasion, wear, and other forms of damage, extending the overall lifespan of the sling and ensuring consistent performance.

When Selecting a Web Sling, Consider These Factors:

Company Reputation: Choose a reputable manufacturer with a proven track record of quality and safety.
Webbing Thickness: Ensure the webbing thickness is adequate for your specific lifting requirements.
Stretch Value: A low stretch value is essential for accurate and controlled lifting.
Stitching Patterns: Consistent and well-executed stitching patterns contribute to overall sling strength and durability.
Tag Quality and Attachment: Durable tags securely attached to the sling provide essential information and traceability.

Choose VQ Polyester L-Series Slings for:

General Lifting Applications
Machinery and Equipment Handling
Construction and Industrial Use

Trust VQ for Safe and Reliable Lifting Solutions.

Understanding Sling Types and Tag info

L – Series
The leather safety tag doesn’t crack or wear like the plastic ones giving you longer service life.

Manufacturer
Product Code
Length & Width
Date Code
Working Load Limit
Serial Number
Type of Sling

WEB SLING CHEMICAL CHART FOR SAFE USE
	Nylon	Polyester
Acid	NO	NO
Alcohol	OK	OK
Aldehydes	OK	NO
Strong Alkalies	OK	**
Bleaching Agents	NO	OK
Dry Cleaning Solvents	OK	OK
Ethers	OK	NO
Halogenated Hyrocarbons	OK	OK
Hydrocarbons	OK	OK
Ketones	OK	OK
Oil Crude	OK	OK
Oil Luberication	OK	OK
Soaps Detergents	OK	OK
Water Seawater	OK	OK
Weak Alkalies	OK	OK
** Degraded by strong alkalies at elevated temperatures

Vanguard’s Product info

FLAT SLINGS
Sling Ply
	Vertical WLL	Width	Product Codes
Type 3	1600	1″	3403-11xx
	3200	2″	3403-12xx
	4700	3″	3403-13xx
	6200	4″	3403-14xx
Double Ply
Type 3	3100	1″	3403-01xx
	6200	2″	3403-02xx
	8800	3″	3403-03xx
	11000	4″	3403-04xx
	16500	6″	3403-06xx
Type 4	3100	1″	3404-01xx
	6200	2″	3404-02xx
	8800	3″	3404-03xx
	11000	4″	3404-04xx
	16500	6″	3404-06xx
Type 5	6200	1″	3405-01xx
	12400	2″	3405-02xx
	17600	3″	3405-03xx
	22000	4″	3405-04xx

xx – Length in feet

UV Exposure and Service Life of VQ L-Series & E-series Slings

To ensure the longevity and safety of your VQ L&E-Series slings, consider the following:

Regular Inspection: Conduct frequent inspections for signs of wear, damage, or UV degradation, such as discoloration, cracking, or stiffness.
Proof Testing: For slings regularly exposed to UV radiation, periodic proof testing to twice their rated capacity can help identify potential issues early on.
Storage: When not in use, store slings in a cool, dry, and shaded location to minimize UV exposure.

By following these guidelines, you can maximize the service life of your VQ L&E-Series slings and maintain a safe working environment.

What is a Polyester Lifting Slings?

Common Applications of Polyester Lifting Slings:

Construction: Lifting and positioning heavy construction materials like steel beams, concrete slabs, and machinery.
Manufacturing: Transporting raw materials, finished products, and heavy equipment within factories and warehouses.
Logistics and Shipping: Securely lifting and moving pallets, crates, and other cargo during loading and unloading operations.
Oil and Gas: Lifting and transporting heavy equipment and pipelines in harsh environments.
Mining: Handling large mining equipment and extracted materials.

REMOVAL CRITERIA

A web sling shall be removed from service if any the following forms are visible:
If web sling identification tag is missing or not readable.
Holes, tears, cuts, snags or embedded particles in the webbing.
Broken or worn stitches in load bearing splice.
Excessive abrasive wear or crushed webbing.
Knots in any part of the webbing.
Distortion, excessive pitting, corrosion or damage of any fitting or component.
Melting, charring or weld spatter on any part of the webbing.
Acid or alkali burns.
Any conditions which cause doubts as to the strength of the web sling

Exploring Lifting Slings: Key Queries Answered

What is a Polyester Lifting Sling?

Why Choose Polyester Lifting Slings?

Durability: Polyester slings are highly resistant to abrasion, tearing, and other forms of wear and tear.
Flexibility: They can be easily maneuvered around awkward shapes and tight spaces.
Chemical Resistance: Polyester slings are resistant to many chemicals, making them suitable for a wide range of applications.
Moisture Resistance: They can withstand exposure to moisture without compromising their strength or performance.

Key Factors to Consider When Choosing a Polyester Lifting Sling:

Working Load Limit (WLL): This is the maximum weight a sling can safely lift. Always ensure the WLL is higher than the weight of the load.
Sling Type: Different sling types (e.g., round, flat, endless) are suitable for specific applications.
Sling Length: The length should be appropriate for the lifting task.
Sling Angle: The angle at which the sling is used can affect its load-bearing capacity.
Inspection and Maintenance: Regular inspection and maintenance are crucial to ensure the sling’s safety and longevity.

Safe Practices for Using Polyester Lifting Slings:

Inspect the sling before each use: Check for damage, wear, and fraying.
Avoid overloading the sling: Always stay within the WLL.
Properly attach the sling to the load and lifting equipment: Use appropriate hardware and techniques.
Avoid sharp edges: Protect the sling from contact with sharp objects.
Store slings properly: Store them in a cool, dry place, away from direct sunlight and extreme temperatures.

By following these guidelines and choosing the right polyester lifting sling for your specific needs, you can ensure safe and efficient material handling operations.

ASTM and WorkSafeBC Requirements for Lifting Sling Inspection

ASTM Standards:

ASTM International (ASTM) provides specific standards for the manufacturing, testing, and inspection of lifting slings. While they don’t dictate inspection frequencies, they provide guidelines for:

Material specifications: Ensuring the use of appropriate materials for the intended load capacity.
Manufacturing processes: Guaranteeing proper construction and assembly techniques.
Performance testing: Verifying the sling’s strength, durability, and resistance to various factors.

WorkSafeBC Requirements:

Daily pre-use inspections: Visual checks for damage, wear, and defects.
Periodic thorough inspections: More detailed examinations conducted by qualified personnel. This might include:
- Checking for signs of wear, such as fraying, cuts, or burns.
- Examining stitching and hardware for damage.
- Verifying the sling’s identification markings, including the manufacturer’s name, WLL, and date of manufacture.
- Conducting load tests, if necessary, to ensure the sling’s capacity

Key Inspection Points for Polyester Lifting Slings:

General condition: Look for signs of wear, damage, or deterioration.
Stitching: Check for loose threads, broken stitches, or damaged stitching.
Webbing: Inspect for cuts, tears, or excessive wear.
Hardware: Examine hooks, rings, and other fittings for cracks, bending, or distortion.
Identification markings: Verify that the sling is properly marked with its WLL and other relevant information.

Record Keeping:

WorkSafeBC requires employers to maintain records of inspections and maintenance. These records should include:

Date of inspection
Inspector’s name and qualifications
Findings of the inspection
Any repairs or replacements made
Date of the next scheduled inspection

Our factory is: ISO 9001:2015 Certified and a member of LEEA (Lifting Equipment Engineers Association)

Inspection requirements

ASME B30.9 Standards of Inspection on Synthetic Web Slings

Web Sling Inspections and Frequency

ASME B30.9.

Initial Inspection (prior to initial use)

Under best practice it is important to inspect the synthetic web sling to make sure it is what you ordered. The ratings and tags are correct and record the serial number in your log book.

(Written records are not required for initial inspection)

(Written records are not required for frequent inspection, however, a ‘best practice’ guideline should be in place)

Periodic Inspection

Per ASME B30.9, each synthetic web sling shall be marked by the manufacturer to include:

Name or trademark of the manufacturer, or if repaired, the entity performing the repair
Manufacturer’s code or stock number
Rated load for at least one hitch type and the angle at which it is based
Type of synthetic web material
Number of legs, if more than one

Basic Inspection Criteria for Synthetic Web Slings

Missing or illegible sling identification
Acid or caustic burns
Melting or charring of any part of the sling
Holes, tears, cuts, or snags
Broken or worn stitching in load-bearing splices
Excessive wear or abrasion
Knots in any part of the sling
Discoloration and brittle or stiff areas on any part of the sling, which may indicate chemical or UV damage
Fittings that are pitted, corroded, cracked, bent, twisted, gouged, or broken
For hooks, removal criteria as stated in ASME B30.10
For rigging hardware, removal criteria as stated in ASME B30.26
Other conditions, including visible damage, that cause doubt to the continued use of the sling

ASME B30.9 standards specify that a synthetic web sling shall be removed from service immediately if any of the following conditions are present:

The post Polyester Lifting Slings – L Series appeared first on Vanguard steel Ltd.

Polyester Lifting Slings – E Series

MartinVan — Thu, 21 Nov 2024 22:33:38 +0000

VANCOUVER - EDMONTON - WINNIPEG - TORONTO - MONTREAL

Your Ultimate Source for Specialty Steel and Industrial Products

Polyester Lifting Slings - e series

Economy Meets Excellence: Our New E-Series Polyester Lifting Slings

Introducing our new E-Series Polyester Lifting Slings, a testament to our commitment to providing quality lifting solutions without compromising on affordability.

While designed with a focus on price, these slings maintain the same rigorous standards and meticulous attention to detail as our premium VQ-series.

Perfect for standard duty or short-term lifting tasks, the E-Series offers a reliable and cost-effective option.

Whether you’re a DIY enthusiast, a small business owner, or a contractor, the E-Series is the ideal choice. Don’t sacrifice quality for cost; choose the E-Series and experience the perfect blend of economy and excellence.

VGD polyester slings are engineered for precision lifting, providing maximum control and safety. Their low stretch factor ensures minimal elongation under load, maintaining a secure grip on your lifted objects and preventing sudden drops or swings. This critical feature allows for smooth, controlled lifts, reducing the risk of accidents and damage to both the load and the lifting equipment.

Coupled with high-quality stitching, VGD slings offer exceptional durability and load-bearing capacity. The robust stitching reinforces the strength of the straps, enabling them to withstand heavy loads and the rigors of repeated lifting without compromising safety.

Type	Width x Length	Product Code	Work Load Limit Lbs			Weight
Type	Inches x Ft.	Product Code	Vertical	Choker	Basket	Lbs/Pc
EE2-901	1 X 2	3403 0102	3,100	2,480	6,200	0.38
EE2-901	1 X 3	3403 0103	3,100	2,480	6,200	0.57
EE2-901	1 X 4	3403 0104	3,100	2,480	6,200	0.76
EE2-901	1 X 6	3403 0106	3,100	2,480	6,200	1.14
EE2-901	1 X 8	3403 0108	3,100	2,480	6,200	1.52
EE2-901	1 X 10	3403 0110	3,100	2,480	6,200	1.90
EE2-901	1 X 12	3403 0112	3,100	2,480	6,200	2.28
EE2-901	1 X 16	3403 0116	3,100	2,480	6,200	3.04
EE2-901	1 X 18	3403 0118	3,100	2,480	6,200	3.42

EE2-902	2 X 2	3403 0202	6,200	4,960	12,400	.072
EE2-902	2 X 3	3403 0203	6,200	4,960	12,400
EE2-902	2 X 4	3403 0204	6,200	4,960	12,400
EE2-902	2 X 6	3403 0206	6,200	4,960	12,400	2.16
EE2-902	2 X 8	3403 0208	6,200	4,960	12,400	2.88
EE2-902	2 X 10	3403 0210	6,200	4,960	12,400	3.60
EE2-902	2 X 12	3403 0212	6,200	4,960	12,400	4.32
EE2-902	2 X 14	3403 0214	6,200	4,960	12,400	5.04
EE2-902	2 X 16	3403 0216	6,200	4,960	12,400	5.76
EE2-902	2 X 18	3403 0218	6,200	4,960	12,400	6.48
EE2-902	2 X 20	3403 0220	6,200	4,960	12,400	7.20
Safety Factor: 5:1

What is a Polyester Lifting Slings?

Common Applications of Polyester Lifting Slings:

Construction: Lifting and positioning heavy construction materials like steel beams, concrete slabs, and machinery.
Manufacturing: Transporting raw materials, finished products, and heavy equipment within factories and warehouses.
Logistics and Shipping: Securely lifting and moving pallets, crates, and other cargo during loading and unloading operations.
Oil and Gas: Lifting and transporting heavy equipment and pipelines in harsh environments.
Mining: Handling large mining equipment and extracted materials.

REMOVAL CRITERIA

A web sling shall be removed from service if any the following forms are visible:
If web sling identification tag is missing or not readable.
Holes, tears, cuts, snags or embedded particles in the webbing.
Broken or worn stitches in load bearing splice.
Excessive abrasive wear or crushed webbing.
Knots in any part of the webbing.
Distortion, excessive pitting, corrosion or damage of any fitting or component.
Melting, charring or weld spatter on any part of the webbing.
Acid or alkali burns.
Any conditions which cause doubts as to the strength of the web sling

Exploring Lifting Slings: Key Queries Answered

What is a Polyester Lifting Sling?

Why Choose Polyester Lifting Slings?

Durability: Polyester slings are highly resistant to abrasion, tearing, and other forms of wear and tear.
Flexibility: They can be easily maneuvered around awkward shapes and tight spaces.
Chemical Resistance: Polyester slings are resistant to many chemicals, making them suitable for a wide range of applications.
Moisture Resistance: They can withstand exposure to moisture without compromising their strength or performance.

Key Factors to Consider When Choosing a Polyester Lifting Sling:

Working Load Limit (WLL): This is the maximum weight a sling can safely lift. Always ensure the WLL is higher than the weight of the load.
Sling Type: Different sling types (e.g., round, flat, endless) are suitable for specific applications.
Sling Length: The length should be appropriate for the lifting task.
Sling Angle: The angle at which the sling is used can affect its load-bearing capacity.
Inspection and Maintenance: Regular inspection and maintenance are crucial to ensure the sling’s safety and longevity.

Safe Practices for Using Polyester Lifting Slings:

Inspect the sling before each use: Check for damage, wear, and fraying.
Avoid overloading the sling: Always stay within the WLL.
Properly attach the sling to the load and lifting equipment: Use appropriate hardware and techniques.
Avoid sharp edges: Protect the sling from contact with sharp objects.
Store slings properly: Store them in a cool, dry place, away from direct sunlight and extreme temperatures.

By following these guidelines and choosing the right polyester lifting sling for your specific needs, you can ensure safe and efficient material handling operations.

ASTM and WorkSafeBC Requirements for Lifting Sling Inspection

ASTM Standards:

ASTM International (ASTM) provides specific standards for the manufacturing, testing, and inspection of lifting slings. While they don’t dictate inspection frequencies, they provide guidelines for:

Material specifications: Ensuring the use of appropriate materials for the intended load capacity.
Manufacturing processes: Guaranteeing proper construction and assembly techniques.
Performance testing: Verifying the sling’s strength, durability, and resistance to various factors.

WorkSafeBC Requirements:

Daily pre-use inspections: Visual checks for damage, wear, and defects.
Periodic thorough inspections: More detailed examinations conducted by qualified personnel. This might include:
- Checking for signs of wear, such as fraying, cuts, or burns.
- Examining stitching and hardware for damage.
- Verifying the sling’s identification markings, including the manufacturer’s name, WLL, and date of manufacture.
- Conducting load tests, if necessary, to ensure the sling’s capacity

Key Inspection Points for Polyester Lifting Slings:

General condition: Look for signs of wear, damage, or deterioration.
Stitching: Check for loose threads, broken stitches, or damaged stitching.
Webbing: Inspect for cuts, tears, or excessive wear.
Hardware: Examine hooks, rings, and other fittings for cracks, bending, or distortion.
Identification markings: Verify that the sling is properly marked with its WLL and other relevant information.

Record Keeping:

WorkSafeBC requires employers to maintain records of inspections and maintenance. These records should include:

Date of inspection
Inspector’s name and qualifications
Findings of the inspection
Any repairs or replacements made
Date of the next scheduled inspection

UV Exposure and Service Life of VQ L-Series & E-series Slings

To ensure the longevity and safety of your VQ L&E-Series slings, consider the following:

Regular Inspection: Conduct frequent inspections for signs of wear, damage, or UV degradation, such as discoloration, cracking, or stiffness.
Proof Testing: For slings regularly exposed to UV radiation, periodic proof testing to twice their rated capacity can help identify potential issues early on.
Storage: When not in use, store slings in a cool, dry, and shaded location to minimize UV exposure.

By following these guidelines, you can maximize the service life of your VQ L&E-Series slings and maintain a safe working environment.

The post Polyester Lifting Slings – E Series appeared first on Vanguard steel Ltd.

G10 VQ Swivel Hook With Bearing

MartinVan — Fri, 04 Oct 2024 21:50:39 +0000

VANCOUVER - EDMONTON - WINNIPEG - TORONTO - MONTREAL

Your Ultimate Source for Specialty Steel and Industrial Products

G10 VQ Swivel Self-Locking Hook w/ Ball Bearings

Grade 100 VQ Self-Locking Hook with Bearing, a top-tier lifting solution forged from high-strength alloy steel and engineered for superior performance and safety. Ideal for heavy-duty applications, this hook is compatible with G100 chains.

Forged specialty alloy steel, and then heat treated;
Can be matched with G100 chains;
Performance is increased by 25% compared with G80 products;
Each Piece is tested at 2.5 times the working load limit;
Fatigue testing is carried out on samples to 20,000 times;
Strict sampling and breakage testing is conducted for each batch of products;
100% magnetic powder flaw detection is performed;
100% of the pins are tested to ensure they have the same hardness;
Surface treatment: Powder Coated;
Color code: Peach with black tip;
Equipped with a self-locking mechanism and a bearing for smooth operation.

Other Products

G10 VQ Master Link

G10 VQ Conn Link

G10 VQ Clevis Sling Hook

G10 VQ Clevis Grab Hook

Grade 100 VQ Swivel Self-Locking Hook with Ball Bearings Inspection Guide

Inspecting a Grade 100 VQ swivel self-locking hook with ball bearings is essential to ensure compliance with industry standards like WorkSafeBC and OSHA, and to guarantee safety during use. Below is a comprehensive guide to help you perform a thorough inspection of this hook:

Visual Inspection

Identification Marks: Ensure that the hook has clear identification markings, including the grade (Grade 100), manufacturer’s mark, and traceability code. These are critical for verifying that the hook meets required specifications.
Deformation Check: Look for any signs of deformation such as bends, twists, or elongation. Deformed hooks indicate overloading or improper use, and any hook showing deformation should be immediately removed from service.
Wear Inspection: Inspect for wear in the hook body, particularly around the ball bearings and latch mechanism. Excessive wear can compromise the integrity of the hook. Measure worn areas and compare them with the manufacturer’s specifications to determine if the hook is still fit for use.
Surface Defects: Look for surface defects such as cracks, gouges, nicks, and signs of corrosion. These can indicate deeper issues and may lead to equipment failure under load.
Heat Exposure: Check for signs of heat damage, like discoloration. Heat can weaken the treated steel, and Grade 100 hooks are especially susceptible to changes in mechanical properties if exposed to high temperatures.

Functional Inspection

Ball Bearing and Swivel Movement: The ball bearings should allow for smooth swivel movement without any binding or resistance. Proper movement is critical for reducing stress on the hook during load rotation.
Latch Operation: Ensure the self-locking latch mechanism is functioning properly and securely locks when under load. Any malfunction in the locking mechanism could lead to accidental load release.
Component Fit and Alignment: Verify that the hook and its associated components, such as the latch and ball bearings, are properly aligned and function smoothly together. Misalignment or difficulty in movement may indicate wear or damage.

Measurement and Dimensional Check

Dimensional Accuracy: Use calipers or similar tools to measure the hook’s critical dimensions, such as throat opening and hook body thickness. Compare these measurements with the original specifications to confirm the hook hasn’t been overstretched or deformed.
Ball Bearing Inspection: Examine the ball bearings for wear or damage. They should rotate smoothly under load without any grinding or seizing. Damaged ball bearings can lead to uneven load distribution and potential failure.

Documentation and Traceability

Record Inspection Results: Document the inspection date, hook condition, any defects found, and actions taken. This log will help track the hook’s lifecycle and maintain compliance with safety regulations.
Maintain Traceability: Ensure that the hook’s traceability code is recorded alongside its inspection history. This practice is vital for compliance with industry standards and for ensuring that no damaged or worn hooks are kept in service.

Compliance Check

Regulatory Compliance: Confirm that the inspection follows OSHA, WorkSafeBC, or local safety standards, especially those related to lifting and rigging equipment. These regulations often outline mandatory inspection intervals and specific criteria for removing hooks from service.
Manufacturer’s Guidelines: Adhere to the manufacturer’s recommendations for inspecting the hook, particularly for wear limits and proper use of the swivel and self-locking mechanisms. Following the manufacturer’s guidance ensures the equipment’s long-term safety and performance.

Summary

By regularly performing these steps, you can ensure that your Grade 100 VQ swivel self-locking hook with ball bearings is in compliance with safety standards, remains in good working condition, and helps prevent accidents in the workplace.

For further information, consult the following resources:

WorkSafeBC regulations
OSHA standards
Manufacturer’s product manual

This ensures a robust safety management process and extends the lifespan of your lifting equipment.

Always check your local laws and governing bodies in your region to ensure compliance with all relevant regulations and standards for chain sling inspections.

The post G10 VQ Swivel Hook With Bearing appeared first on Vanguard steel Ltd.

Vanguard steel Ltd

Guy Strand (Guy Wire) — Utility-Ready Support for BC & Beyond

Guy Strand (Guy Wire)

Guy Strand (Guy Wire) — Utility-Ready Support for BC & Beyond

What we supply

Quick Spec Table — EHS 1×7 (typical values)

FAQs

VQ Welding Rod for Carbon Steel and Low Alloy Steel

VQ Welding Rod for Carbon Steel and Low Alloy Steel

VQ Welding Electrodes: The New Standard for Uncompromising Weld Quality

E6013

Chemical Composition of Deposited Metal (%)

Mechanical Properties of Deposited Metal (AW)

Sizes & Recommended Current (DC or AC)

E7018

Chemical Composition of Deposited Metal (%)

Mechanical Properties of Deposited Metal (AW)

Sizes & Recommended Current (DC+ or AC open circuit voltage ≥70V)

The Critical Role of Storage: Unlocking VQ Full Potential

Protecting Your Investment: Why 7018 Storage Matters for Weld Integrity

G10 VQ SL Trulock Clevis Sling Hook

Trulock G10 SL Clevis Slip Hook

Other Products

G10 VQ Master Link

G10 VQ Conn Link

G10 VQ Clevis Grab Hook

Inspection Considerations for G80 and G100 Alloy Sling Hook

Visual Inspection

Functional Inspection

Measurement and Comparison

Load Test (if required)

Record Keeping

Compliance Check

Guidelines and References

Hose Safety Restraints – Galvanized

VGD GripGuard Secure: Hose Safety Restraints

Introducing the VGD GripGuard Secure Series: Uncompromising Safety for Your Hose Connections

How to Choose the Right Hand Hose Restraint?

maintenance for your VGD GripGuard Secure Cable Hose Safety Restraints.

Steel Calculator

Vanguard Steel Weight Calculator

Steel Calculator Cold Finish (Round, Flat, Hex)

Hot Rolled Round Bar Calculator (Round)

Right Triangle Trig Calculator

Line Master- Hand Cable Puller

Line Master Double Pawl Gear Cable Puller

Introducing the Line Master Double Pawl Gear Cable Puller Your Heavy Lifting Solution

The Heart of the Line Master: Barrel and Pawl

Versatile Anchor Hook with 360° Swivel

Mechanical Advantage: Pulley System

How to Choose the Right Hand Cable Puller?

What is a cable puller used for?

why would you use a hand cable puller rather than a Long-Reach Cable Puller?

Polyester Lifting Slings – Round – L Series

VQ Polyester L-Series ROUND Lifting Slings

A Superior Choice for Safe and Efficient Lifting

VQ Polyester Lifting Slings - L Series

Web Sling & Tie Down Association

Free Slip Safety Tag

Understanding Sling Types and Tag info

What is a Polyester Lifting Slings?

Exploring Lifting Slings: Key Queries Answered

ASTM and WorkSafeBC Requirements for Lifting Sling Inspection

Inspection requirements

ASME B30.9 Standards of Inspection on Synthetic Web Slings

Periodic Inspection

Basic Inspection Criteria for Synthetic Web Slings

Polyester Lifting Slings – L Series

VQ Polyester L-Series Lifting Slings

A Superior Choice for Safe and Efficient Lifting

VQ Polyester Lifting Slings - L Series

Understanding Sling Types and Tag info

What is a Polyester Lifting Slings?

Exploring Lifting Slings: Key Queries Answered

ASTM and WorkSafeBC Requirements for Lifting Sling Inspection

Inspection requirements

ASME B30.9 Standards of Inspection on Synthetic Web Slings

Periodic Inspection

Basic Inspection Criteria for Synthetic Web Slings

Polyester Lifting Slings – E Series

VQ Welding Rod
for Carbon Steel and Low Alloy Steel

VQ Welding Electrodes:
The New Standard for Uncompromising Weld Quality

VGD GripGuard Secure:
Hose Safety Restraints

Introducing the VGD GripGuard Secure Series:
Uncompromising Safety for Your Hose Connections

Line Master
Double Pawl Gear Cable Puller

Introducing the Line Master Double Pawl Gear Cable Puller
Your Heavy Lifting Solution

The Heart of the Line Master:
Barrel and Pawl

VQ Polyester L-Series
ROUND Lifting Slings