Coir Matting Cut to Size for Homes and Commercial Buildings
Made to measure coir matting matches precise dimensions.Standard options can leave gaps or overlaps.
Coir fibres form a dense and firm surface.
No trimming is needed on site.
The Purpose of Made to Measure Coir Matting
A precise fit increases dirt control.
Loose fitting matting reduces effectiveness.
Cut to size coir matting stays in position.
The matting remains stable under use.
The Manufacturing Process Explained
Production starts with accurate measurements.
Clearance is checked before cutting.
The coir matting is cut cleanly to specification.
The fit is correct on delivery.
Suitable Areas for Installation
Recessed mat wells are a common application.
Entrances in homes and commercial buildings often include mat wells.
Covered areas protect the fibres.
The finish looks intentional.
Domestic Applications
Many homes require made to additional reading measure matting.
Domestic mat wells often vary in depth.
Outdoor debris stays near the entrance.
Less dirt spreads through the home.
Workplace Installations
Traffic levels demand reliable matting.
Reception areas and shared access points benefit from cut to size solutions.
Floors are easier to manage.
Stable matting lowers slip and article trip risk.
Thickness and Density of Coir Matting
Coir matting is available in different thicknesses.
Dense fibres trap debris effectively.
Door clearance must be checked before selection.
Choosing the correct depth ensures smooth access.
Selecting the Right Construction
Backing options affect stability.
Backed matting suits surface mounted installations.
Unbacked matting is often used in recessed wells.
The environment guides the choice.
Caring for Made to Measure Coir Matting
Regular cleaning maintains performance.
Surface dirt is easily cleared.
Excess water should be avoided.
Air drying protects the fibres.
Long Term Benefits of Coir Matting Cut to Size
The matting fits the space properly.
Cleaning demands are reduced.
Daily use becomes easier.
Performance remains consistent.