Bradley 958 Bariatric Shower Seat, Stainless Steel Frame, Fold Up Seat, ADA Compliant. Solid Phenolic Seat 1/2 Inch Thick, Support a Static load of up to 1,200 lbs, Color White

The Bradley 958 Bariatric Shower Seat is built for demanding commercial washroom and accessible bathing applications where strength, durability, and code compliance matter. This fold up seat features a stainless steel frame and an ADA compliant design paired with a solid phenolic seat that is 1/2 inch thick for dependable performance. Engineered to support a static load of up to 1,200 lbs, the Bradley 958 is a practical choice for bariatric use. The white seat surface offers a clean, professional appearance while the fold-up configuration helps maximize usable shower space when the seat is not in use.

Features

• Bradley model 958 bariatric shower seat is designed for high-capacity accessible shower installations.
• Stainless steel frame provides corrosion-resistant strength in wet environments.
• Fold up seat design allows the seat to be raised when not in use to free shower space.
• ADA compliant construction supports use in accessibility-focused applications.
• Solid phenolic seat is 1/2 inch thick for durability and long-term service.
• Seat is rated to support a static load of up to 1,200 lbs.
• White color seat delivers a clean, easy-to-coordinate appearance.

Functional Details

This fold-up bariatric shower seat is designed to provide a stable sitting surface during use and then store in the raised position when not needed. Its heavy-duty frame and solid phenolic seat construction make it well suited for commercial settings that require dependable load performance and accessibility compliance.

• Folds up when not in use
• Complies with ADA when installed at proper height
• Designed to support a static load of up to 1,200 lbs

Included Components

The unit includes a stainless steel frame with a white solid phenolic seat. Mounting hardware and installation details should be verified from the cut sheet and project requirements before ordering.