ECO-FON MAT
ECO-BUILDING
Soundproofing Solutions for the Construction Industry.
Protective Mat for Adjustable Stands
Recycled rubber mat for adjustable supports in floating floors
ECO-FON MAT is a protective mat made of recycled SBR rubber, custom-made to fit the base of the adjustable supports used in raised-floor systems. Placed between the support and the flooring surface, it protects the surface below and helps reduce impact noise.
Dimensions, thickness, and density can be determined based on the characteristics of the substrate and the configuration specified in the design.
Format
Custom-made
Thicknesses
2.2–10 mm
Application
Adjustable mounts
What is it?
A technical mat made of recycled SBR rubber, custom-cut to fit under the bases of the adjustable supports.
Where it is used
In raised-floor systems with adjustable supports, between the base of the support and the installation surface.
How to deliver
With dimensions customized to fit the base of the support, thicknesses ranging from 2.2 to 10 mm, and density determined according to application specifications.
Material
: Recycled SBR rubber, primarily from ELTs.
Dimensions
: Customized based on the mounting surface.
Thicknesses: From 2.2 to 10 mm.
Density: Defined according to application specifications.
01 / Product
Localized protection beneath the adjustable supports
ECO-FON MAT uses a technical material made from recycled SBR rubber granules, derived primarily from end-of-life tyres (ELTs) and bound with polyurethane resin.
Localized Format
Cut to fit the base of the stand
The shape is tailored to the base of the support, allowing a separating and protective layer to be inserted exactly where it rests. The slightly rough surface is characteristic of thick-cut recycled rubber.
Unlike a continuous roll solution, ECO-FON MAT is designed for localized application beneath each adjustable support.
02 / Gallery
ECO-FON MAT: Size and Packaging
The images show ECO-FON MAT in various sizes, cut to size, and the actual appearance of the recycled rubber product.
Supply of custom-cut mats
03 / Applications
ECO-FON MAT in raised-floor systems
ECO-FON MAT is designed to be placed between the base of the adjustable support and the installation surface. In this configuration, it creates a localized protective layer and helps reduce the noise generated by contact between the system components.
Protection of the installation surface
Protective layer
The mat separates the base of the stand from the surface below, creating a protective layer at the point of contact.
Format adapted to the medium
Custom-made
The dimensions are determined based on the geometry of the base, so that the mat can be adapted to the intended configuration.
Contact Noise
Contribution to the reduction
The use of an underlayment helps reduce impact noise in the raised-floor system.
04 / Specifications
Dimensions and Features of ECO-FON MAT
The main parameters are defined based on the substrate and the intended application configuration.
| Parameter | Value | Indication |
|---|---|---|
| Dimensions | Customize | Determined based on the base of the support. |
| Thicknesses | 2.2–10 mm | Select based on the application configuration. |
| Density | Variable | Defined according to the application specifications. |
05 / Project Configuration
Thickness and density must be verified on the actual system
The configuration of ECO-FON MAT must be evaluated based on the actual conditions of use and the characteristics of the raised-floor system.
Base dimensions, thickness, and density should not be considered as independent parameters: the most suitable combination must be determined based on the configuration specified in the design.
Support Base
Real Geometry
The dimensions of the mat are determined based on the base of the adjustable stand used.
Application Configuration
Technical Inspection
The suitability of the thickness and density must be verified with respect to the actual conditions of use and the raised-floor system.
06 / Finish and Material
Non-pigmented black
ECO-FON MAT is supplied in black without any added pigments. The nature of the recycled material may result in slight surface speckles, aesthetic variations, or marks caused by the cutting and die-cutting processes.
Area
Typical appearance of thickly cut recycled rubber
The surface is slightly rough and reflects the selected grain size of the material. Pinholes, slight aesthetic variations, or processing marks are attributable to the nature of the recycled material and the manufacturing process and do not compromise the product’s functionality.
07 / Documentation
ECO-FON MAT Technical Documentation
The ECO-FON MAT technical documentation is available for defining the configuration and verifying the product specifications.
ECO-FON MAT Technical Data Sheet
Dimensions, thicknesses, density, tolerances, composition, and physical properties of the material.
REACH Compliance
: Company documentation regarding compliance with the REACH Regulation is available upon request.
08 / FAQ
ECO-FON MAT Technical FAQs
Quick answers regarding the use, dimensions, and configuration of the mat under adjustable supports.
What is ECO-FON MAT?
ECO-FON MAT is a protective mat made of recycled SBR rubber, custom-made for the adjustable supports of raised-access flooring systems.
Where is it placed?
It is placed between the base of the adjustable stand and the installation surface.
What sizes are available?
The dimensions are customized based on the base of the stand.
What thicknesses are available?
ECO-FON MAT is available in thicknesses ranging from 2.2 to 10 mm.
Is the density fixed?
No. Density is defined according to application specifications and must be evaluated in conjunction with the system’s characteristics.
Does ECO-FON MAT help reduce noise?
Yes. The documented function of the mat includes helping to reduce impact noise. The actual configuration must be evaluated based on the intended flooring system.
B2B Request
Request a configuration for ECO-FON MAT
To determine the most suitable dimensions, thickness, and density, please provide us with the characteristics of the subfloor and the planned configuration for the raised floor system.