California eProcure #S25683109

Procurement of FRP Composite Materials for Mono Lake ADA Boardwalk Replacement

The California Department of Parks & Recreation, Sierra District / Northern Division, is seeking materials for the replacement of the Mono Lake ADA boardwalk trail. - Buyer: California Department of Parks & Recreation, Sierra District / Northern Division - Project: Replacement of 740 lineal feet by 6 feet wide ADA-compliant boardwalk at Mono Lake - Primary OEMs: - Vitreflon (specified for two-part fluoropolymer coating; approved equals permitted) - Products/Materials Requested: - Fiber Reinforced Polymer (FRP) composite boardwalk materials - Manufactured with continuous ECR glass fiber and vinyl ester resin - All structural members must include a non-woven polyester veil - Coated with two-part fluoropolymer (Vitreflon or approved equal) in RAL 080-30-26 (Smoked Oak) - 38mm mini-mesh decking panels (4 ft x 6 ft x 1.5 in) with anti-slip surface - Bull rail edging, flush with decking for a total 6-foot-wide surface - Stainless steel hardware and brackets for direct connection to Diamond Pier foundations - Notable Requirements: - All materials must be new, current production - Strict color and coating specifications for environmental compatibility - Boardwalk spans must be 20 feet and engineered for a 100 psi live load to protect sensitive wetlands - All hardware must be stainless steel for durability - Delivery to Mono Lake SNR required

Description

This solicitation is for the provision of materials to replace the Mono Lake ADA boardwalk trail. The boardwalk materials must be fiber reinforced polymer (FRP) composite, manufactured with continuous ECR glass fiber and vinyl ester resin, and coated with a two-part fluoropolymer coating in a specific color due to environmental constraints. The boardwalk is specified to be 740 lineal feet long and 6 feet wide, with decking panels of 4 feet by 6 feet by 1.5 inches thick, including stainless steel hardware and brackets to connect to concrete Diamond Pier foundations. The structure must be engineered for a 100 psi live load with 20-foot spans between foundations to protect the sensitive wetland environment.

View original listing