Description
High Density Polyethylene Kneeling Pad – 50cm x 50cm x 25mm (33kg)
Designed for professionals who need comfort without excess weight, this 33kg density polyethylene kneeling pad delivers reliable support on concrete, tiles and workshop floors.
Manufactured from closed-cell grey polyethylene foam, it offers excellent cushioning while remaining lightweight and easy to carry between jobs.
What Is This Kneeling Pad Used For?
Ideal for:
- flooring installers
- tilers
- plumbers
- electricians
- mechanics
- gardeners
- DIY jobs
Why Use Foam Instead of Rubber?
- lighter
- easier to carry
- softer under knee pressure
- won’t absorb water
Is It Suitable Outdoors?
Yes, closed-cell foam resists moisture.
Key Features
Large 50cm x 50cm Working Area
Provides greater stability and repositioning space compared to standard smaller kneelers.
33kg Density Closed-Cell Foam
Balances comfort and structural support. Firm enough to prevent bottoming out, yet comfortable for extended kneeling.
Lightweight Construction
Easier to transport than solid rubber alternatives — ideal for mobile trades.
Closed-Cell Structure (Cell/Cell Finish)
-
Does not absorb water
-
Easy to wipe clean
-
Suitable for indoor and outdoor use
25mm Thickness
Provides meaningful cushioning on hard floors without feeling unstable.
Polyethylene vs EPDM – Which Should You Choose?
Polyethylene (This Product)
-
Lighter weight
-
Softer under load
-
Ideal for general trade and flooring use
-
More cost-effective
EPDM Version
-
Heavier and more abrasion resistant
-
Oil resistant
-
Better suited for harsh workshop environments
If you need lightweight comfort for regular kneeling tasks, polyethylene is the practical choice.
| Product | Weight | Comfort | Best For |
|---|---|---|---|
| PE Kneeling Pad | Light | Excellent | Trades / portable |
| EPDM Pad | Heavy | Good | Harsh workshop use |
| Rubber Mat | Heavy | Medium | Static areas |
Typical Applications
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Flooring installation
-
Tiling
-
Electrical installation
-
Mechanical servicing
-
General construction and maintenance
