Tribotecc GmbH A member of Treibacher Group
全球最大合成金屬硫化物生產巨擘 產能 25,000噸/年
Tribotecc is the global market and technology leader in high performance metal sulfides and development partner of the friction industry.
Stabilizing the friction coefficient at a high level,our products increase comfort at the same time and extend the durability of brake pads and brake discs.
We have excellent partnership with customers and suppliers with advanced technology expertise and outstanding capabilities.
Powder Metallurgy –燒結粉末冶金機械加工添加劑
We have largest production capacity of various special metal sulfides worldwide with highest quality and environmental standards
ISO 9001:2008, ISO 14001:2004 and BS OHSAS 18001:2007
三硫化二銻 Sb2S3 Antimony trisulfide
硫化鉍 Bi2S3 Bismuth sulfide
硫化鉻 Cr2S3 Chromium (III) sulfide
二硫化銅 Cu2S Copper (I) sulfide
硫化銅 CuS Copper (II) sulfide
硫化銅鐵 CuFeS2 Copper iron sulfide
硫化鐵 FeS Iron (II) sulfide
二硫化鐵 FeS2 Iron disulfide (Pyrite)
硫化錳 MnS Manganese (II) sulfide
二硫化鉬 MoS2 Molybdenum disulfide
硫化銀 Ag2S Silver sulfide
硫化鎢 WS2 Tungsten disulfide
硫化錫 SnS Tin (II) sulfide
二硫化錫 SnS2 Tin (IV) sulfide
硫化鋅 ZnS Zinc sulfide
多相合金硫化物 Synthetic multiphase metal sulfides (CPX-, SLX-, SCX-series)
Synergistic solid lubricant systems based on synthetic metal sulfides (SLS-, WEP-series)
Complex chlorides based on manganese
Tin metal powder,Antimony metal powder
Kaerntner Strasse 7
1010 Vienna, Austria
9601 Arnoldstein, Austria
Disc brake pads
Stabilize friction coefficient at a high level
Ensure a high friction coefficient even with small pads/discs and low brake pressure
Improve comfort (NVH)
Ensure high durability
Reduce pad and disc wear
Prevent brake fading
Tribotecc has developed a new generation of solid lubricant systems based on synthetic sulfides to use in lubricating greases and pastes, varnishes and coatings. These triboactive products reduce the friction coefficient and wear under extreme pressures, improve the load-carrying behavior, ensure good adhesion on metal and extend the lifetime of the lubricated components.
Tribological applications contain mainly high-performance polymers that withstand continuous operating temperatures up to 300 °C and beyond. Replacing metal with polymers saves on both weight and cost. A further point in favor of using components made of tribologically optimised compounds is that they are self-lubricating and maintenance-free – resulting in an environmentally clean solution which further helps to reduce cost. In addition to thermal stability, these materials offer other advantages such as high rigidity, impact strength, pressure resistance, higher resistance to hydrolysis and chemicals, and electrical conductivity.