A new manufacturing process has been recently implemented in Remsa factories codenamed HPT (High Pressure Treatment). Now pads are scorched with electrical heated steel table system at 650ºC and accelerated heat interchange applying 10.000 N press force per brake pad thus ensuring that the complete surface of the pad is evenly cured. This process provides a shorter bedding-in period and an efficient brake operation just upon installation as typical O.E.M. pads performance required to work the most severe conditions.
R&D department is continuously testing both new friction material prototypes as uniformity production checking. Comprehensive Road and full scale dynamometer test bench AK-Master test evaluates the quality of Remsa brake pads searching the best performance and going beyond of the O.E. results of some of the most popular and extended European vehicles such as AK-Master shown on the next page.


Alpine descent tests are fundamental in the development and research process of new friction material. These tests are usually performed by Remsa technical drivers in Austrian Alpine mountain called Grossglockner (Edelweisspitze 2571 m.) with a 12% average slope and 18% at the maximum fall.
At the same time as new materials are tested on this road, several samples of the running production are checked following the same protocol and severe conditions as COP (conformity of production verification).
Today Remsa is regarded to be the top of European IAM (Independent aftermarket) friction materials manufacturers, with a production volume further 20 million pads sets a year.
