Identification
CAS Number
216597-12-5
Name
Trimethoxysilane Terminated Polyether
Synonyms
Poly[oxy(methyl-1,2-ethanediyl)],a-[[[3-(trimethoxysilyl)propyl]amino]carbonyl]-w-[[[[3-(trimethoxysilyl)propyl]amino]carbonyl]oxy]-;
Co-Formula CFS-015 ;
Silane Modified Polymer, Triethoxy Terminated ;
Co-Formula CFS-125 ;
Silane Modified Polymer, Trimethoxy Terminated
Properties
Appearance
Colorless Transparent Liquid
Flash Point
>100°C
Safety Data
RIDADR
It is transported as non-hazardous goods.
WGK Germany
3
Specifications and Other Information of Our Trimethoxysilane Terminated Polyether CAS 216597-12-5
Description
Trimethoxysilane Terminated Polyether is a trimethoxysilane terminated polyether, which main chain is PPO (polypropylene oxide). It hydrolyzes in the presence of moisture with catalyst (such as amine catalysis, or Tin.) by releasing methanol and finally form a stable siloxane network.
Trimethoxysilane Terminated Polyether | M12 | M330 |
Viscosity (25℃)/ mpa.s | 7000-10000 | 25000-45000 |
Density(25℃)/ g/cm3 | 0.98-1.02 | 0.95-1.02 |
Catalyst Dosage (Tin, %) | 0.1% – 1% | 0.1% – 1% |
Storage | Keep in a cool and dry place and avoid storage in direct sunlight. | Keep in a cool and dry place and avoid storage in direct sunlight. |
Packaging | In 200L PVF Steel Drum, inner package is aluminum foil bag | In 200L PVF Steel Drum, inner package is aluminum foil bag |
Self life | 12 months | 12 months |
Characteristics | 1.Low viscosity, Low modulus. 2.High active, fast curing. 3.Could mix with normal additives well. 4.High transparency. 5.Excellent mechanical properties. 6.Widely bond to substrates. | 1.Middle to low modulus. 2.High active, fast curing. 3.Could mix with normal additives well. 4.Excellent mechanical properties. 5.Widely bond to substrates. |
Applications | M12 is a main material of adhesive, sealant, perfusion glue and coatings, etc. It is cured by absorbing moisture in the air with the presence of catalyst (such as amine, tin, etc.) at room temperature. Depend on customers’ need, we could design it to one component series formula products, which could bond to wide range of substrates. | M330 is a main material of adhesive, sealant, perfusion glue and coatings, etc. It is cured by absorbing moisture in the air with the presence of catalyst (such as amine, tin, etc.) at room temperature. Depend on customers’ need, we could design it to one component series formula products, which could bond to wide range of substrates. |
Processing | M12 could react with water or by absorbing moisture in the air, so it is important to isolate moisture during production and storage. The dosage of M12 could be flexibly changed in the formulation design, and it could be mixed with most filler such as nano calcium carbonate, heavy calcium carbonate, fumed silica, quartz powder, diatomaceous earth, aluminum hydroxide, etc. In order to avoid pre-curing of the product, it is necessary to remove water from the filler, and our NQ-71 (VTMO) is generally used as water scavenger. In order to get performance, you could mix with other additives together, for example, tackifiers, antioxidants, mildew inhibitors, light stabilizers, etc. To get better adhesive performance, you could add other coupling agents, generally use our NQ-792, NQ-551, NQ-55, etc. | M330 could react with water or by absorbing moisture in the air, so it is important to isolate moisture during production and storage. The dosage of M30 could be flexibly changed in the formulation design, and it could be mixed with most filler such as nano calcium carbonate, heavy calcium carbonate, fumed silica, quartz powder, diatomaceous earth, aluminum hydroxide, etc. In order to avoid pre-curing of the product, it is necessary to remove water from the filler, and our NQ-71 (VTMO) is generally used as water scavenger. In order to get performance, you could mix with other additives together, for example, tackifiers, antioxidants, mildew inhibitors, light stabilizers, etc. To get better adhesive performance, you could add other coupling agents, generally use our NQ-792, NQ-551, NQ-55, etc. |