High-performance Shock Pads for Outdoor fields

High-performance Shock Pads

Recycled Rubber Shock Pads for Outdoor Fields

Synthetic Turf Shock Padding

REGUPOL shock pad for outdoor surfaces and artificial turf

Developing a synthetic turf shock pad that performs consistently in the lab and on the field is integral to our work at REGUPOL. We pride ourselves on producing a shock pad underlayment that surpasses the industry minimums to deliver strong performance and player protection properties, including shock absorption, energy restitution, vertical deformation, critical fall height, and Gmax.

The products are developed and intended for the application described here. Use of the product for other purposes may lead to safety issues. If in doubt, please contact us.

Shock pads for synthetic turf

Made from 92% post-consumer tire rubber, REGUPOL abzorb is suitable for indoor and outdoor use under conventional non-infill synthetic turf systems and infill systems with…

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Shock pads for synthetic turf


Made from 92% post-consumer tire rubber, REGUPOL abzorb is suitable for indoor and outdoor use under conventional non-infill synthetic turf systems and infill systems with…

read more

Applications


Performance and safety you can trust

From amateurs to pros, trust REGUPOL for sports performance and safety. We pay meticulous attention to every detail of manufacturing our products—from selecting superior raw materials to monitoring our sophisticated production process and testing for sports performance. We have the product know-how to help you build the safest playing field possible. Let’s develop a field surface to optimize player safety and maximize performance. 

REGUPOL sports surfacing

Top quality made in Germany and made to last.

Developing a shock pad that performs consistently in the lab and on the field is an important part of our work at REGUPOL. We pride ourselves on producing a shock pad underlayment that surpasses the industry minimums to deliver strong performance and player protection properties, including shock absorption, energy restitution, vertical deformation, critical fall height, and Gmax.

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