EN
Design & Fit:
Adjustment Architecture: Configuration featuring an open pass-through buckle framework across the chest, waist, and leg bands to facilitate precise volumetric tailoring.
Sizing Parameters: Patterned to fit standard worker dimensions with a verified waist range of 30.7"-55.3" (78-143cm) and leg range of 21.2"-38" (54-97cm).
Load Rating: Structurally rated, calibrated, and tested to support a maximum occupational operational capacity of 310lbs / 140.6kg (including tools and equipment).
Hardware Profile: Built with heavy-duty alloy steel D-rings positioned to handle localized work positioning tension and distribute loads safely.
Core Structural Webbing: 100% high-strength polyester webbing reinforced with tight-weave patterns for high tensile strength and abrasion resistance.
Metal Load Hardware: High-tensile, drop-forged alloy steel D-rings engineered to withstand constant tension and harsh mechanical wear.
Buckle Components: Industrial-grade, low-friction steel and adjustable plastic buckle assemblies configured for high-frequency connection cycles.
Stitching & Seams: High-density, multi-row industrial polyester reinforcement stitching deployed at all high-stress load-bearing intersections.
Work Positioning Stabilization: Specifically engineered for hands-free work positioning applications, allowing operators to secure themselves safely at height to optimize productivity.
Dual Lanyard Management: Features integrated dual lanyard keepers to provide convenient, tangle-free storage for excess hooks and tethers when not in use.
Efficient Quick-Check Buckles: Equipped with a pass-through buckle system that allows for rapid adjustment, fast donning, and straightforward safety inspections before use.
Wrap-Around Leg Architecture: Designed with adjustable wrap design leg straps to ensure correct anatomical placement and minimize friction during active bending or climbing.
Industrial Safety Compliance: Fully certified to meet the ANSI/ASSP Z359.11-2021 safety standard, guaranteeing reliable structural strength under harsh industrial working conditions.
