Compare

Puzzle Gym Tile

Name: Puzzle Gym Tile
Brand: Castle Composites
SKU: 6ChqZpccFwqqrLYKBFq6Ms

Verified by manufacturer 3 months ago

478 x 478 x 8 mm

Rubber granulate gym mats with a puzzle style.

Jump to:

BOS

Application

Suitable for areas in the gym including flexibility exercise, dynamic strength exercise, static strength training and aerobic exercise.

High-quality recycled rubber granulate gym mats bound using a polyurethane (PU) binding agent. Designed with a puzzle style.

Features and benefits:

Color	Black Guidance for specification option: Black with green fleck. Black with blue fleck. Black with red fleck. Black with yellow fleck. Black with grey Fleck. Black. Other
Finish	Anti-slip
Material	Rubber Polyurethane Manufacturer guidance High quality recycled rubber granulate gym mats bound using a polyurethane (PU) binding agent.
Shape	Square
Length	478 mm
Width	478 mm
Height	8 mm
Warranty description	Three year Guidance for specification option: For wear-resistance, when used for fitness purposes. The guarantee does not apply to colour.

Uniclass	Pr_35_57_71_25 Ethylene propylene diene monomer (EPDM) rubber tilesPrimary
CAWS	M50/120 Interlocking resilient floor tiling M50/10 Resilient floor tiling

SKU Code	00490

Product range	Rubber Tiles

Classification data
Thickness (minimum)	8 mm.
Size	478 x 478 mm
Colour	Black with green fleck. Black with blue fleck. Black with red fleck Black with yellow fleck. Black with grey fleck. Black.
Slip potential	-
Slip resistance value (SRV) (minimum)/ Pendulum test value (PTV) (minimum)	Manufacturer's standard.
Surface roughness (Rz) (minimum)	Manufacturer's standard.
Recycled content As defined in clause 7.8 of BS EN ISO 14021	Manufacturer's standard.

Contains Red List materials	No
Country of material origin	Netherlands
Country of product manufacture	Netherlands
Material	Rubber Polyurethane Manufacturer guidance High quality recycled rubber granulate gym mats bound using a polyurethane (PU) binding agent.
Recyclability	100
Recycled content As defined in clause 7.8 of BS EN ISO 14021	90 %