With over 100,000 orders
With over 100,000 orders
At a Glance
Why Choose This Product
Eliminates pressure behind the knee for greater comfort
Single hook and loop strap allows fast fitting changes
Helps protect finished flooring during installation
Single strap design reduces binding while kneeling
Comfortable design without side or rear fasteners
Built for extended flooring and tile installation work
Product Information
The MARSHALLTOWN® Front Fastening Knee Pads are designed to provide comfortable knee protection for flooring installation, tile work, construction, and other jobs that require extended kneeling. Their front fastening design makes them easy to put on, remove, and adjust throughout the workday.
Unlike traditional knee pads with buckles or hook and loop closures positioned behind the leg, these knee pads feature a front fastening strap that eliminates pressure points behind the knee. A single neoprene strap secures below the knee to provide a comfortable fit without bunching or binding.
The non-marking construction helps protect finished flooring surfaces while a single hook and loop strap allows quick adjustments on the job. The streamlined strap design also allows the knee pads to be comfortably worn with shorts.
Designed for flooring installers, tile contractors, and general construction professionals, these knee pads provide dependable comfort during long periods of kneeling while maintaining a secure fit and unrestricted movement.
Common Questions
The front fastening design eliminates buckles and hook and loop closures behind the knee, improving comfort during extended kneeling.
Yes. The single neoprene strap design allows the knee pads to be comfortably worn with shorts.
No. They feature a non-marking design to help protect finished flooring surfaces.
Yes. A single hook and loop strap provides quick and easy adjustments for a secure fit.
They are ideal for flooring installation, tile work, construction, remodeling, and other tasks requiring extended kneeling.
These knee pads are made in the USA with global materials.