Milex RS-2210MB Silicone rubber modified phenolic resin Mitsui Chemicals Epoxide (EP) >> Phenol & Cresol (Novolacs) ADHESIVE There is an underlying set of unique characteristics that each formulation of MILEX™ resin possesses, which includes flexibility, strong heat resistance, low water absorption and good thermal shock resistance. RN System Series The RN series are novolak type phenolic resins modified by special elastomers. This series consists of a grouping of acrylic rubber modified resin in addition to the RS-2210MB grade, a silicon rubber modified resin. This series is recognized worldwide for its thermal shock and chemical resistant properties. In addition, this particular series possesses anti-brake noise and vibratory qualities. All these characteristics yield significant benefits and results in a higher performing braking system. The material's flexibility reduces vibratory lurch during braking, while its strong heat resistance yields good friction and lower wear and tear. In addition, MILEX's thermal shock resistance facilitates the production of crackfree brake pads and discs and ensures that they remain crackfree for a longer period over the life of the brake pads and discs. The phenolic material, MILEX is widely featured in brake systems in automobiles such as Toyota, Honda and Ford throughout Asia and in the North and South American markets through its affiliation with Japanese manufacturers. The MILEX Family of products is primarily used as binders in brake pad and disc friction materials. The advantage of incorporating the MILEX material into a brake design is that the material provides a non-abrasive, vibratory free surface finish, which is very important in the performance of the brake system. Additionally, its superior performance at elevated temperatures and excellent moldability aids in brake noise reduction. Novolak type phenolic resin modified by silicon rubber. Used in adhesives and as a binder in brake pad and disc friction materials. Offers flexibility, strong heat resistance, low water absorption and good thermal shock resistance. Provides chemical resistant properties. Possesses anti-brake noise and vibratory qualities.