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Silanes
Silanes are a relatively large group of synthetic substances with a unique chemical structure. They allow for the molecular-level bonding of inorganic surfaces with organic polymers. Serving as adhesion promoters, crosslinking agents, binders, surface modifiers, moisture absorbers, they find various applications in industry. Silanes are divided into three types:
1. Silanes from the first group can react with inorganic surfaces, acting as a connecting agent between materials of different compositions.
2. Non-functional silanes, which have only one active group, are capable of reacting with inorganic substances. They have found application in the specific transformation of material surfaces.
3. There is another group of silanes - bifunctional, also known as crosslinking agents. They are used in steel foundries and tire manufacturing.
Areas of Application
Silanes can be considered as one of the key modern strategic materials that have found application in various fields:
Oil and gas extraction and development. They are used in the operation and repair of oil and gas wells as hydrophobizing agents, cementing mixtures, foam suppressants, etc. Natural gas transportation. They are used as protective coatings for underground tanks, as well as hydraulic fluids and heat-resistant varnishes. Construction materials: hydrophobizing agents, sealants, asphalt mixtures, asphalt roofing, thermal insulation materials. Road construction: polymer protective compounds, asphalt emulsions. Chemical industry: production of plastics, technical oils, lubricants, rubber, anti-adhesives. Steel industry: as a binding material in the production of ceramic molds for precision casting and as heat-resistant paints. Automotive industry: heat-resistant coatings, sealants, technical oils and lubricants. The electrical engineering industry employs silanes as electrical insulating, impregnating, and coating materials. Textile production utilizes them for foaming and sizing materials. In the perfume industry, silanes are used as components in cosmetic products such as creams, lipsticks, and others.
However, the application of silanes is not limited to these industries alone. For instance, it is difficult to imagine modern dentistry without the use of silanes. They are crucial in fixing and restoring ceramic crowns and bridgework prostheses, as well as in the manufacturing of orthopedic constructions. Silanes have proven themselves as composite filling materials for dental restorations.
Silicon monosilane is employed in the production of polycrystalline silicon and in semiconductor manufacturing. It serves as a raw material for obtaining polycrystalline silicon rods, which are highly pure and extensively used in contemporary electronic industries.
Advantages of Silanes
Silanes possess a number of crucial operational qualities:
- Ability to maintain high functional activity over a wide temperature range.
- Negligible temperature viscosity gradient.
- Unique hydrophobic effect.
- Maximum electrical insulation resistance.
- Almost complete absence of oxidizability.
- Optimal level of corrosion inertness.
- High thermal stability.
- High biological inertness.
- High flash point.
As can be seen, in the modern world, the role of silanes is quite significant. The application scope of silanes is constantly expanding, making these materials versatile.
Commercial Silanes
| Markings | CAS № | Chemical name | Countertype | Packing | Request | Functional group | ||||||
| Silane А-1100 | 919-30-2 | Aminopropyltriethoxysilane | Z-6011, Dynasylan AMEO, GENIOSIL GF 93, KBE-903, Ace S330 | 20 / 200 kg | TDS, CDS, MSDS | Aminoalkyl | ||||||
| Silane А-1110 | 13822-56-5 | Aminopropyltrimethoxysilane | Z-6610, Dynasylan AMMO, GENIOSIL GF 96, KBM-903 | 20 / 200 kg | TDS, CDS, MSDS | Aminoalkyl | ||||||
| Silane А-1120 | 1760-24-3 | Aminoethyl-γ-aminopropyltrimethoxysilane | Z-6020/OFS-6020/6094, DАМО T, GENIOSIL GF 9, KBM-603, Ace S320 | 20 / 200 kg | TDS, CDS, MSDS | Aminoalkyl | ||||||
| Silane А-2120 | 3069-29-2 | Aminoethyl-γ-aminopropylmethyldimethoxysilane | Z-6436, Z-6023, Dynasylan 1411, GENIOSIL GF 95, KBM-602, S310 | 20 / 200 kg | TDS, CDS, MSDS | Aminoalkyl | ||||||
| Silane А-137 | 2943-75-1 | N-Octyltriethoxysilane | Z-6341, Dynasylan OCTEO | 20 / 200 kg | TDS, CDS, MSDS | Alkyl | ||||||
| Silane А-151 | 78-08-0 | Vinyltriethoxysilane | Z-6518/OFS-6518, Dynasylan VTEO, GENIOSIL GF 56 , KBE-1003, Ace S220 | 20 / 200 kg | TDS, CDS, MSDS | Vinyl | ||||||
| Silane А-171 | 2768-02-7 | Vinyltrimethoxysilane | Z-6300/OFS-6300, Dynasylan VTMO, GENIOSIL XL 10, KBM-1003, Ace S210 | 20 / 200 kg | TDS, CDS, MSDS | Vinyl | ||||||
| Silane А-172 | 1067-53-4 | Vinyltris-2-methoxyethoxysilane | Z-6172, Dynasylan VTMOEO, GENIOSIL GF 58, KBC-1003 | 20 / 200 kg | TDS, CDS, MSDS | Vinyl | ||||||
| Silane А-174 | 2530-85-0 | Methacryloxypropyltrimethoxysilane | Z-6030/OFS-6030, MEMO, GENIOSIL GF 31, KBM-503 | 20 / 200 kg | TDS, CDS, MSDS | Acryloyloxyalkyl | ||||||
| Silane А-187 | 2530-83-8 | Glycidyloxypropyltrimethoxysilane | Z-6040/OFS-6040, Dynasylan GLYMO, GENIOSIL GF 80, KBM-403, Ace S510 | 20 / 200 kg | TDS, CDS, MSDS | Glycidyloxyalkyl | ||||||
| *** For companies that are in the process of selecting a product, it is possible to order samples. | ||||||||||||
An expanded list of silanes with additional functional groups, which allow them totailor their propertiesto specific needs during the processing of materials, in order to improve their characteristics and create innovative products.
Others Silanes
| Markings | CAS № | Chemical name | Countertype | Packing | Request | Functional group |
| Silane A-3400 | 65799-47-5 | Glycidoxypropyldimethoxymethylsilane | Z-6044, S520 | 180/200 kg | TDS, CDS, MSDS | Glycidyloxyalkyl |
| Silane Y-11699 | 13497-18-2 | Bis-3-triethoxysilylpropylamine | Dynasylan 1122 | 180/200 kg | TDS, CDS, MSDS | Aminoalkyl |
| Silane А-1589 | 56706-10-6 | Bis-triethoxysilylpropyl-disulfide | Z-6920, Si-75 | 180/200 kg | TDS, CDS, MSDS | Sulfur |
| Silane A-1289 | 40372-72-3 | Bis-triethoxysilylpropyl-tetrasulfide | Z-6940, Si-69, KBE-846 | 180/200 kg | TDS, CDS, MSDS | Sulfur |
| Силан Y-5187 | 15396-00-6 | Isocyanatepropyltrimethoxysilane | GENIOSIL GF40 | 180/200 kg | TDS, CDS, MSDS | Isocyanate |
| Silane A-7930 | 4253-34-3 | Methyltriacetoxysilane | ES15 | 180/200 kg | TDS, CDS, MSDS | Acetoxy |
| Silane A-162 | 2031-67-6 | Methyltriethoxysilane | Z-6370, M1-TRIETHOXY, Dynasylan MTES, KBE-13 | 180/200 kg | TDS, CDS, MSDS | Alkyl & Alkoxy |
| Silane A-153 | 2996-92-1 | Phenyltrimethoxysilane | Z-6124, Dynasylan 9165, KBM-103 | 180/200 kg | TDS, CDS, MSDS | Phenyl |
| Silane A-1630 | 1185-55-3 | Methyltrimethoxysilane | Z-6070 M1-TRIMETHOXY Dynasylan MTMS KBM-13 | 180/200 kg | TDS, CDS, MSDS | Alkyl & Alkoxy |
| Silane A-8610 | 149-74-6 | Dichloromethylphenylsilane | Z-1221, SILANE PM | 180/200 kg | TDS, CDS, MSDS | Phenyl |
| Silane A-8130 | 98-13-5 | Phenyltrichlorosilane | Z-1216, KA103 | 180/200 kg | TDS, CDS, MSDS | Phenyl |
| Silane A-5901 | 3069-40-7 | N-Octyltrimethoxysilane | Z-6665, Dynasylan OCTMO | 180/200 kg | TDS, CDS, MSDS | Alkyl & Alkoxy |
| Silane A-1800 | 15180-47-9 | Diethylaminomethyltriethoxysilane | ADE-3 | 180/200 kg | TDS, CDS, MSDS | Novel Alpha |
| Ethyl silicate 28 | 78-10-4 | Ethyl polysilicate 28 | Z-6697, SILICATE TES28, Dynasil A, KBE-04 | 180/200 kg | TDS, CDS, MSDS | Silicates |
| Ethyl silicate 32 | 1099-06-2 or 68412-37-3 | Ethyl polysilicate 32 | Si32 | 180/200 kg | TDS, CDS, MSDS | Silicates |
| Ethyl silicate 40 | 1099-06-2 or 68412-37-3 | Ethyl polysilicate 40 | TEOS-40, SILICATE TES40, Dynasil 40, Si40 | 180/200 kg | TDS, CDS, MSDS | Silicates |
| Silane A-7130 | 22984-54-9 | Methyltris(methylethylketoxime)silane(MOS) | Z-9075, OX10 | 180/200 kg | TDS, CDS, MSDS | Oximino |
| Silane A-7500 | 2224-33-1 | Vinyltris(methylethylketoxime)silane | OX20 | 180/200 kg | TDS, CDS, MSDS | Oximino |
i Price: the cost of our products is available upon request. We can provide you with all the necessary product certificates.
Transportation takes place in barrels weighing 200/180 kilograms or in cans weighing 25/20 kilograms. Depending on the rules for cargo transportation, it can be transported using different modes of transport.
Storage in the manufacturer's original container in a cool, dry place away from direct sunlight, at a temperature between 5 and 30 degrees Celsius.
The warranty period for the storage of the catalyst is 24 months.
| In our company, you can purchase high-quality chemical raw materials at wholesale prices with delivery throughout Russia and the CIS. We work with reliable suppliers. Please check the current prices at the time of order. | ||||||
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