KStrong® Work Positioning Device Web Assembly with Swivel Rebar Hook and Snap Hooks (ANSI)
KStrong® Work Positioning Device Web Assembly with Swivel Rebar Hook and Snap Hooks (ANSI)
Engineered for maximum safety and efficiency, the KStrong® Work Positioning Device Web Assembly is an essential tool for professionals working at height. Crafted from high-strength 1.18” (30mm) wide polyester webbing, this durable device ensures secure and reliable work positioning in a wide range of industrial environments.
The assembly features two robust steel stamped snap hooks (PN 146) and a swivel rebar hook (PN 153P) with a built-in load indicator, offering both flexibility and visual safety assurance. Designed to handle the rigors of demanding job sites, the webbing boasts a minimum breaking strength of 6,000 lbs (2722 kg), while all alloy steel metal components provide a strength rating of 5,000 lbs (2268 kg). Each part is galvanized in either silver or golden yellow for added corrosion resistance.
Weighing just 3.85 lbs (1745g), the lightweight design doesn't compromise strength or performance. High-tenacity polyester stitching further enhances the product’s durability.
This device meets or exceeds the ANSI Z359.3-2017 standard, ensuring full compliance with industry regulations and worker protection guidelines. Whether used for positioning on rebar or structural steel, the KStrong® Work Positioning Device delivers dependable performance where it matters most.
Ideal for: Construction, tower work, rebar tying, and other elevated job tasks requiring stable positioning and trusted fall protection gear.
DESIGN:
•   1.18” (30mm) wide polyester webbing
•   Two Steel Stamped Snap Hook PN 146 & one Swivel Rebar Hook With load indicator PN 153P on other hand
WEBBING:
Material: Polyester
Width: 1.18” ± 0.03” (30±1mm)
Breaking strength: 6000 lbs (2722kg) (Min)
STITCHING THREAD:
Material: High-tenacity Polyester.
METAL COMPONENTS:
Material: Alloy Steel.
Finish: Silver or Golden Yellow Galvanized
Breaking Strength: 5000 lbs (2268kg).
WEIGHT:
3.85 lbs ± 0.022 lbs. (1745 gm ± 10 gm)
RELEVANT STANDARD:
Meets or Exceeds ANSI Z359.3-2017
Description
Engineered for maximum safety and efficiency, the KStrong® Work Positioning Device Web Assembly is an essential tool for professionals working at height. Crafted from high-strength 1.18” (30mm) wide polyester webbing, this durable device ensures secure and reliable work positioning in a wide range of industrial environments.
The assembly features two robust steel stamped snap hooks (PN 146) and a swivel rebar hook (PN 153P) with a built-in load indicator, offering both flexibility and visual safety assurance. Designed to handle the rigors of demanding job sites, the webbing boasts a minimum breaking strength of 6,000 lbs (2722 kg), while all alloy steel metal components provide a strength rating of 5,000 lbs (2268 kg). Each part is galvanized in either silver or golden yellow for added corrosion resistance.
Weighing just 3.85 lbs (1745g), the lightweight design doesn't compromise strength or performance. High-tenacity polyester stitching further enhances the product’s durability.
This device meets or exceeds the ANSI Z359.3-2017 standard, ensuring full compliance with industry regulations and worker protection guidelines. Whether used for positioning on rebar or structural steel, the KStrong® Work Positioning Device delivers dependable performance where it matters most.
Ideal for: Construction, tower work, rebar tying, and other elevated job tasks requiring stable positioning and trusted fall protection gear.
DESIGN:
•   1.18” (30mm) wide polyester webbing
•   Two Steel Stamped Snap Hook PN 146 & one Swivel Rebar Hook With load indicator PN 153P on other hand
WEBBING:
Material: Polyester
Width: 1.18” ± 0.03” (30±1mm)
Breaking strength: 6000 lbs (2722kg) (Min)
STITCHING THREAD:
Material: High-tenacity Polyester.
METAL COMPONENTS:
Material: Alloy Steel.
Finish: Silver or Golden Yellow Galvanized
Breaking Strength: 5000 lbs (2268kg).
WEIGHT:
3.85 lbs ± 0.022 lbs. (1745 gm ± 10 gm)
RELEVANT STANDARD:
Meets or Exceeds ANSI Z359.3-2017
