Ergodyne ProFlex 575 Hard Cap Foam Knee Pad, Non-Marring Knee Pads

.Product Description

The ProFlex 575 Non-Marring Knee Pads are ergonomically constructed with a pre-curved design to keep protection comfortably in place whether walking, crawling or kneeling. The hard non-marring cap provides versatile protection on any indoor or outdoor surface—no matter how abrasive or delicate. Lightweight in construction, these knee pads also feature mesh paneling to improve airflow and reduce sweat, making for a comfortable, all-day use solution.

For protection on both tough and delicate surfaces without risk of scratching or marring, the pads are made with 3 supportive and flexible layers. The first layer is an abrasion-resistant thermoplastic rubber (TPR) for durability. Next is a thick, impact-absorbing EVA foam for protective support. The third layer is a gel-like neoprene comfort foam that softly cradles the knee for enhanced fit and feel.

Wide elastic straps easily adjust for a custom fit on a variety of leg sizes. A non-slip silicone strip is built into the top adjustable strap to keep the knee pad in place when kneeling or on-the-go.

These versatile knee pads are ideal for all-day knee protection and comfort on any worksite, including construction, aviation, maintenance, HVAC, flooring, landscaping, plumbing and more.

Manufacturer Contact Information

support@ergodyne.com
.MOVES WITH YOU - Ergonomic, pre-curved design for a natural fit
.3-LAYER PROTECTION - Abrasion-resistant TPR exterior for durability, impact-absorbing EVA foam for protective support and neoprene comfort foam that softly cradles the knee for enhanced fit and feel
.BREATHABLE - Mesh paneling improves airflow to reduce sweat
.LIGHTWEIGHT DESIGN - For improved mobility
.STAYS IN PLACE - Locking plastic buckle and non-slip silicone strip along top strap keeps pads securely in place
.ADJUSTABLE - Elastic top strap plus stretchable neoprene with hook & loop closure easily adjusts for custom fit
.NON-MARRING - Will not scratch or mark delicate surfaces