Resurfacing of Climbing Holds
Sustainable resurfacing solutions for climbing walls.
Process
Climb3R resurfacing technologies play a pivotal role in advancing sustainability in climbing wall management. By employing these innovative solutions, climbing facilities can achieve enhanced durability of their holds and surfaces, significantly reducing the frequency of replacements. This not only minimises environmental impact by decreasing waste and resource consumption but also promotes long-term cost savings.
The implementation of these technologies ensures that climbing walls are maintained at optimal conditions, offering a safe and enjoyable experience for climbers while contributing to broader environmental conservation efforts. By investing in resurfacing technologies, climbing facilities can demonstrate their commitment to sustainability and operational efficiency.
Climb3R Resurfacing Process
Our process is meticulously tailored to deliver the highest standard. We guide you seamlessly from collection to delivery.
1. Collection
We collect your used climbing holds, ready to transform them with our resurfacing technologies.
2. Resurface
With our cutting-edge resurfacing technologies, we boost the durability of your climbing holds, dramatically reducing the need for replacements.
3. Delivery
We deliver your climbing holds back to your facility, transformed and unrecognisably upgraded to the highest standard.
Depot Climbing
Climb3R has teamed up with Rob Haigh, the head route setter at Depot Climbing, to revolutionise the climbing experience for the community.
Pow3Rtex
Pow3Rtex is a sustainable resurfacing system which has been developed by Climb3R for the purpose of restoring friction to climbing holds.
Durability
Enhanced climbing hold durability significantly reduces the frequency of replacements.
Sustainability
Climbing facilities can showcase their dedication to sustainability and operational efficiency.
Reach Out
Reach out today to learn how we can help climbing walls embark on their route to sustainable adventure.
