Playground equipment surfacing

Delta Flex Safety Surfacing Tile

Safety, durability and accessibility are important elements of any playground flooring design. Some surfacing materials can provide a partial solution, but few answer all of these challenges in a cost effective, environmentally conscious manner as Delta Flex Resiliant Rubber Floor Tile.

Delta Flex Safety Surfacing System is designed specifically for use under and around playground equipment, and provides a firm, stable, slip-resistant, safe play surface that meets ADA requirements for wheelchair accessibility.

The Delta Flex Safety Surfacing System is composed of 24” x 24” resilient rubber floor tiles. Available in 2.5” and 3.5" thickness, Delta Flex Tile meets Consumer Product Safety Commission (CPSC) seven-foot and ten-foot fall height standards as defined in ASTM-F1292-99.

Delta Flex Rubber Tiles have a unique 1” top and edge system which provides impact attenuation support at the tile corners and edges, eliminating edge curling and prolonging the life of the surfacing system.

Delta Flex Tile is manufactured from recycled rubber 100% derived from waste tires. Approximately three waste tires that might otherwise be discarded in a landfill are used to produce each Delta Flex Tile.

The Delta Flex Safety Surfacing Tiles are available in a variety of standard colors,with competitive pricing and fast delivery.

Maintenance consists of occasionally sweeping or washing down the surface. Delta Flex Resilient Rubber floor Tile is water permeable and designed to allow for drainage.
Delta Flex Sports Facility / Walkway Pavers:

Resilient Flooring for Parks and Schools

Delta Flex Sports Facility/Walkway Pavers provide a flexible, slip-resistant surfacing alternative to concrete footpaths and wooden floors. Delta Flex Pavers are ideal for golf clubhouses, walkways, gymnasiums, work areas, and homes.

They are manufactured from 100% recycled rubber from tires which require low maintenance, are easy to install, and provides an environmentally conscious solution to the waste tire problem.