Name: Body Power 70kg Hi-Temp Rubber Crumb Olympic Bumper Plate Kit (New Design)
SKU: 8552
Availability: InStock

Body Power 70kg Hi-Temp Rubber Crumb Olympic Bumper Plate Kit (New Design)

£209.00

Manufactured from Hi-Temp Rubber Crumb, these Body Power plates offer excellent impact absorption, boast a uniform 450 mm diameter, have a new raised lettering design that’s more durable and hard-wearing, and are colour-coded to IWF standards. This set includes 2x 5 kg plates, 2x 10 kg plates and 2x 20 kg plates.

Description

PRODUCT DESCRIPTION

Great for functional fitness, commercial strength and home gym training environments, these Body Power bumper plates measure 450 mm in diameter and boast a weight tolerance of ±2%. The Hi-Temp Rubber Crumb material offers optimal shock absorption, impact protection and bounce when dropped, while the stainless-steel centre ring ensures a snug, protective fit on 2” Olympic barbells. Raised letters and number allow for quick and easy weight identification—with a new moulding process that results in a finish that’s extra durable and hard-wearing—plus coloured fleck within the plate that follows IWF standards. This set includes 2x 5 kg plates, 2x 10 kg plates and 2x 20 kg plates. For use with Olympic bars and equipment only (sold separately). Appearance will vary with every plate due to moulding process. <br><br>

PRODUCT INFORMATION

Package Weight (KG): 70.000000
Quantity: Set

Shape: Solid

ADDITIONAL FEATURES

Included Plates: 2x 5 kg, 2x 10 kg and 2x 20 kg
Plate Diameter: 450 mm
Plate Thickness: 5 kg – 35 mm, 10 kg – 60 mm, 20 kg – 85 mm
Weight Tolerance: ±2%
Hi-Temp Rubber Crumb: Excellent shock absorption and impact protection
Colour-Coded: To IWF standards
New Moulded Lettering and Numbering: Raised; hard-wearing; quick and easy weight identification
Stainless Steel Centre Ring: For a secure and protective fit on 2” Olympic Bars
Compatibility: For use with Olympic Bars and equipment only (sold separately)
Please Note: Appearance will vary with every plate due to moulding process.