Cut to size coir matting is produced to fit specific areas.
It is designed for spaces where standard rolls or mats do not fit.
The matting is produced from natural coconut fibre.
No trimming is needed on site.
Why Exact Sizing Matters
A precise fit increases dirt control.
Loose fitting matting reduces effectiveness.
Movement is reduced.
Trip risk is lowered.
The Manufacturing Process Explained
Production starts with accurate measurements.
Length, width, and thickness are considered.
The shape matches the supplied measurements.
Installation is straightforward.
Typical Locations for Cut to Size Coir Matting
Cut to size matting suits recessed areas.
Doorway recesses vary in size.
Porches and internal entrances also benefit.
The entrance remains tidy.
Coir Matting Cut to Size in the Home
Many homes require made to measure matting.
Cut to size coir matting fits hallways and porches precisely.
Internal flooring remains cleaner.
Less dirt spreads through the home.
Workplace Installations
High footfall areas need full coverage.
Reception areas and shared access points benefit from cut to size solutions.
Less debris enters the building.
Foot traffic moves smoothly.
Thickness and Density of Coir Matting
Depth options suit different installations.
Increased depth improves scraping action.
Low clearance doors limit thickness.
Choosing the correct depth ensures smooth access.
Different Formats Explained
Cut to size coir matting can be supplied with or without backing.
Movement is limited.
Unbacked matting is often used in recessed wells.
Both options support effective entrance use.
Keeping Coir Matting Effective
Simple maintenance supports longer use.
Surface dirt is easily cleared.
Excess water should be avoided.
Allowing the matting to dry naturally helps retain structure.
Long Term Benefits of Coir Matting Cut to Size
The matting fits the space properly.
Floors remain additional reading cleaner and safer.
For properties with non standard entrances, cut to size coir matting offers a practical solution.
Performance remains consistent.