GRIPPS® Bison Bag – 45 kg / 99 lb Heavy-Duty Drop-Prevention Tool Bag

GRIPPS® Bison Bag – 45 kg / 99 lb Heavy-Duty Drop-Prevention Tool Bag

The GRIPPS® Bison Bag is a robust, purpose-built drop-prevention tool bag designed for the organisation, transport and tethering of tools when working at height. Packed with practical features, the Bison Bag includes a secure zip closure with locking mechanism, preventing accidental opening, spills and dropped objects during lifting and height work.

Constructed from extra heavy-duty 26oz canvas combined with PVC-coated polyester mesh, the Bison Bag delivers outstanding durability and puncture resistance in demanding industrial environments. A puncture-proof composite insert in the base provides additional protection when transporting heavy tools.

With internal and external tether anchor points, a load-rated lifting strap, and compliance with ANSI/ISEA 121-2023, the Bison Bag is ideal for construction, utilities, mining, oil & gas, wind, telecoms and industrial maintenance applications where secure tool handling is critical.

Key Features

• Maximum lifting load (strap): 45 kg / 99 lb

• ANSI/ISEA 121-2023 compliant for dropped-object prevention

• Zip closure with locking mechanism to secure contents

• Constructed from extra heavy-duty 26oz canvas

• PVC-coated polyester mesh for durability and visibility

• Internal & external tether anchor points

• Puncture-proof composite base insert

• Multiple internal pockets for tool organisation

• Dual-action aluminium carabiner

• Designed for harsh industrial environments

Safety & Compliance

• ANSI/ISEA 121-2023 – Dropped Object Prevention Compliant

Specifications

• Max Load (Lifting Strap): 45 kg / 99 lb

• Max Load (D-Ring): 2.5 kg / 5.5 lb

• Height: 40 cm / 16 in

• Diameter: 30 cm / 12 in

⚠ Important Safety Notes

• Always zip and lock the bag before lifting

• Only lift from the clearly identified load-rated lifting strap

• Ensure all tools are tethered to internal D-rings

• Do not lift from the carabiner

• Never exceed the maximum rated load