Innovative and unprecedented
tyre recyclation solution
1. Used tyres + synthetic rubber
2. Grinding process
3. Separation process – fraction up to 1mm
4. Addition of RUBREG matrix®
5. Resulting in a material/substance which can in rubber mixture partially or completely replace the natural rubber
1. Used tyres + technical rubber
2. Grinding process
3. Separation process – fraction up to 1mm
4. Resulting in material/substance used for production of low quality products
1. Used tyres + synthetic rubber
2. Grinding process
3. Separation process – fraction up to 1mm
4. Addition of RUBREG matrix®
5. Resulting in a material/substance which can in rubber mixture partially or completely replace the natural rubber
1. Used tyres + technical rubber
2. Grinding process
3. Separation process – fraction up to 1mm
4. Resulting in material/substance used for production of low quality products
RUBREG matrix® core drivers are using surfactants for activation, stabilization and further vulcanization of waster synthetic rubber.
Activation and stabilization of waste synthetic rubber goes relatively quickly during the course of a few minutes and with low temperatures (up to 110°C)
when there is no excessive exhalate release yet.
The actual process of the waste synthetic rubber remodeling
as per the MAT is simple, quick, and energy efficient.