Sila Chemicals has been developing and producing optimal specialty chemicals for wide range of industrial applications. Our focus is on basic catalytic performance and superior improvement and compatibility assurance in the fields including automotive engine combustion, fuel specialty, chemical synthesis,etc. Successful field experience combined with the distinctive application knowledge as supported by the innovative concept of Sila technical teams has been enabling us to offer superior quality support & application expectation to customers.
Sunazocene® are the key representatives in our ferrocene chemistry, which are believed as centered with the both general and unique benefit scopes provided to customers in further applications of wide field range.Sunazocene® D as the exclusively developed ferrocene, its stable conformation as modified in ferrocene molecule, enables the superior active ingredient to greatly compensate engine compatibility deficiencies which traditionally exist among fuels/lubricants and newly designed engines as widespreadly experienced, offers gasoline with improved octane performance stably, and positively brings additional benefits.
Sunazocene® derivatives, substituted further from Sunazocene® D, play the same performance grade key role through further preparation in this ferrocene chemistry. The versatile reagents as derived from Sunazocene® D are always able to develop excellent performance to fuels, polymers, electronics, optimal organic synthesis as requested in wide range of applications.
Sunatrene®, the tri-carbonylated manganocenes derivatives, represent our first version products of the organomanganese chemistry. Thanks to the advantages of the innovation directed Research and Development efforts maintained by Sila Chemicals in Metallocene chemistry combining the unique scientific success developed in long-term continuity throughout decades in automotive applications field, Sunatrene® have been formally brought into the automotive market in current world as highly effective Manganese(Mn) based Octane Enhancers with the same expectation for great success.
Of our metallocene scientific family, in addition to ferrocene chemistry, Sunatrene® - these typical half-sandwich type metallocenes again offer excellent octane enhancing performance to automotive gasolines, effectively catalyze fuel combustion in severe condition at recommended active metal dosage, and assist to beneficially optimize fuel composition, hence allow the catalyzed combustion in load to meet both environmental and fuel quality specifications which are already very severe to lower energy consumption and emission expectation worldwide. In our long-term involved automotive application market, the successful field experience combined with the distinctive application knowledge as strongly supported by the innovative capability of Sila technical teams has been making it possible to contribute our unique metallocene advantage to sustainable success of the production and marketing of these Mn based Octane Enhancers with the best efficiency, and optimal quality from our modern facility specially for products within metallocene chemistry family, further development on new preferable products are maintained continuously ongoing.
Sunasol SK, a modified ashless octane booster for automotive fuels, has been developed and manufactured at Sila, which intends to improve the ecological and operating characteristics of automotive fuels, to substitute such as MTBE and toxic tetraethyl lead with substantial advantages
Marker colorants are designed to offer soluble colors to organic coloring applications. The marker colorants products from Sila chemicals, provides our customers with a variety of flexible color options and services.
Sila chemicals Resins business includes Unsaturated polyester resins(UPR) and DCPD petroleum resins, the high performance unsaturated polyester resins(UPR) are used in the production of fibre reinforced plastics or non-reinforced filled products. Due to its physical properties, unsaturated polyester resins perfectly suit the manufacture of both small and large structures.