Rubber to metal bonding

Rubber-to-metal bonding Our adhesive build-up provides strong bonding between our metal carrier and your rubber. With our know-how, we are able to bond a wide variety of compounds such as NBR, CR, EPDM, SBR etc. for you. Plastic-to-metal bonding Whether PC (polycarbonate), PVC (polyvinyl chloride), ABS (acrylonitrile-butadiene-styrene), CAB (cellulose acetobutryate), PP (polypropylene), TPU (thermoplastic polyurethane), PA (polyamide) and polyolefinic plastics or other thermoplastics as well as duroplastics - we ensure that you achieve optimum adhesion between the plastic and our metal carrier.

In the cryogenic blasting process, an enrichment of rubber and plastic waste powder takes place due to fine abrasion during the treatment procedure. Thus the performance and processing time of the blasting-media will deteriorate and decrease its jet-energy. In our cryognic deflashing machines, the blasting-media is primary screened by the treatment drum perforation, however, after a long operating time the amount of rubber and plastic waste powder increases. In order to guarantee a constant, statistically secure and economic processing, this powder has to be removed periodically from the blasting-media. Our automatically working blasting-media recovery machine consists of a suction & drying system and a vibrating-screen unit. The used blasting-media has to be aspirated manually from the deflashing machine. The drying of the polluted wet and cold media takes place in the suction tank and the cleaning by screening with final separation into waste powder, waste media & re-usable media,

The V310 is available as standard with a Y400 or Y1000 injection unit. It is distinguished by its very small footprint Machine features: - Clamping force: 1,100 kN. - Platen size: 335 x 400 mm. - Injection volume: 400 or 1000 cm³.

AHP manufacture a range of laboratory rotomolding machine for compound manufacturers research purposes to study mold melt flow properties.