Longmore PW-98 by Shanghai LanMone New Material Technology is a functional nano-alumina silicate. It shows good mechanical and process properties. It provides good insulation, airtight barrier and... view more

Longmore PW-98T is a functional nano-alumina silicate by Shanghai LanMone New Material Technology. It can improve air tightness, heat resistance, flexibility and dynamic properties. It helps to... view more

Longmore S189 by Shanghai LanMone New Material Technology is a 3-mercaptopropyltrimethoxysilane. It acts as a silane coupling agent and improves mechanical properties. It can enhance surface... view more

Longmore S1891 is a 3-mercaptopropyltriethoxysilane by Shanghai LanMone New Material Technology. It acts as a silane coupling agent and can exhibits sulfhydryl-base functional groups. It is... view more

Longmore S69 is a bis[3-(triethoxysilyl)propyl]tetrasulfide by Shanghai LanMone New Material Technology. It acts as a coupling agent and improves modulus and tensile strength of rubber. It can be... view more

Longmore S691 is a single-sulfur silane coupling agent by Shanghai LanMone New Material Technology. It increases anti-tearing and anti-aging properties. It can be diluted in organic solvents and is... view more

Longmore S6932 is a poly-functional sulfur silane by Shanghai LanMone New Material Technology. It acts as a silane coupling- and wear resisting agent. Longmore S6932 is suitable for mold rubbers... view more

Longmore S69C by Shanghai LanMone New Material Technology is a blend of bis[3-(triethoxysilyl)propyl]tetrasulfide and carbon black. It acts as a coupling agent and improves process-, physical- and... view more

Longmore S69R by Shanghai LanMone New Material Technology is a pre-dispersed polymer bound bis[3-(triethoxysilyl)propyl]tetrasulfide silane coupling agent. It offers reduced VOC emission during... view more

Longmore S75 by Shanghai LanMone New Material Technology is a bis[3-(triethoxysilyl)propyl]disulfide silane coupling agent. It provides reliable scorching safety and improves modulus & tensile... view more

Longmore S75C by Shanghai LanMone New Material Technology is a blend of bis[3-(triethoxysilyl)propyl]disulfide and carbon black. It acts as a silane coupling agent and improves physical-, process... view more

Longmore T28 is a tetraethoxysilane-28 by Shanghai LanMone New Material Technology. It acts as a silane coupling- and cross-linking agent and can be hydrolyzed in water. It is available in colorless... view more

Longmore T32 by Shanghai LanMone New Material Technology is a tetraethoxysilane-40. It acts as a cross-linking- and silane coupling agent. It is available in colorless transparent liquid or neutral... view more

Longmore T40 by Shanghai LanMone New Material Technology is a tetraethoxysilane-40. It acts as a silane coupling- and cross-linking agent. It can be hydrolyzed in water and is available in colorless... view more

Longmore V172 by Shanghai LanMone New Material Technology is a vinyltris(2-methoxyethoxy)silane. It acts as a silane coupling and cross-linking agent. It can be diluted in methanol, ethanol... view more

Longsafe 06B by Shanghai LanMone New Material Technology is a modified magnesium hydroxide. It acts as a low-smock flame retardant. It can replace traditionally used antimony-bromine system. It is... view more

Longsafe 100E by Shanghai LanMone New Material Technology is a modified ammonium polyphosphate. It is a phosphoric-nitric-mixed flame retardant. It can replace traditionally used antimony-bromine... view more

Longsafe 100F by Shanghai LanMone New Material Technology is a phosphoric-nitric-mixed low-smock, halogen-free flame retardant. It can replace traditionally used antimony-bromine system. It... view more

Longsafe 601 by Shanghai LanMone New Material Technology is an inorganic-organic-mixed flame retardant. It can be used in high hardness, wear resistance and flame resistance products. It can... view more

Longsafe 602 is an inorganic-organic-mixed flame retardant by Shanghai LanMone New Material Technology. It increases oxygen index, restrain smoldering combustion and production due to lower density... view more