Sale!

Garage Storage & Organization | Truck & Automotive Arsenal 12.5 in. x 17 in. Canvas Hoist Bucket with Top and D-Rings

$ 153.00 $ 86.00

Make your next outdoor job simple with the Arsenal Canvas Hoist Bucket with Top and D-Rings. A patented nickel-…

In stock

Description

Make your next outdoor job simple with the Arsenal Canvas Hoist Bucket with Top and D-Rings. A patented nickel-plated storm drain is included with each large canvas bucket for increased durability and ventilation. The bucket is great for anyone working at heights, including construction, telecom, oil and gas, power generation, utilities, wind, manufacturing, municipalities and scaffolding. Each hoist bucket was constructed using a 24 oz. canvas material for lasting strength.
Hoist bucket was constructed using a 24 oz. canvas material for lasting strength
Synthetic leather reinforced base
Molded plastic top ring to maintain wide opening for viewing and accessing contents
High tensile strength web handle with leather reinforcement
Zinc plated alloy steel d-ring for safely lifting to heights
Zinc plated alloy steel d-rings built into handle ends for anchoring lanyards
Heavy-gauge nylon stitching
Interior pocket gives added storage
Patented nickel-plated storm drain is included with each large canvas bucket for increased durability and ventilation
Maximum safe working capacity: 150 lb.
Maximum safe tool tether anchor capacity: 20 lb. on each d-ring
Third-party certified to a 5:1 safety factor
Great for anyone working at heights, including construction, telecom, oil and gas, power generation, utilities, wind, manufacturing, municipalities and scaffolding
Safety top included
Dimensions of the tool hoist bucket: 12.5 in. W x 17 in. H

Reviews

There are no reviews yet.

Be the first to review “Garage Storage & Organization | Truck & Automotive Arsenal 12.5 in. x 17 in. Canvas Hoist Bucket with Top and D-Rings”
  1. 100% Secure Shopping
  2. Free Shipping From $ 60
  3. Secure Shopping SSL Encryption
  4. 20-30 Days Return Guarantee
  5. Payment Methods: