PROJECT OF PRODUCTION OF ORGANOSILICON OLIGOMERS (OLIGOSILSESQUIOXANES)

Transcription

1 PROJECT OF PRODUCTION OF ORGANOSILICON OLIGOMERS (OLIGOSILSESQUIOXANES)

2 OBJECTIVE OF THE PROJECT Creation of production of high-tech products (organosilicon oligomers) to meet the demand of industrial enterprises and obtain maximum profit. APPLICATION AREA Based on our experience, we can argue that this project is necessary : aircraft building concern machine-building (shipbuilding) holding large manufacturer of paint and varnish chemical products for various purposes

3 ADVANTAGES OF OWN PRODUCTION high profit new markets (use of organosilicon oligomers is huge, but restrained only by the lack of necessary knowledge and skills of consumers) Reduction of the cost price of the final product in the system of a large enterprise Obtaining new knowledge and reducing dependence on external (foreign) suppliers Organization of new jobs for highly qualified personnel

4 PRODUCT DESCRIPTION Organosilicone resins are polymers of branched, partially cross-linked and cyclic structures containing OH groups at silicon atoms. When curing the resins, a spatial structure is formed due to the appearance of new Si-O-Si bonds as a result of further condensation of the residual OH groups, as well as partial detachment and oxidation of organic radicals. Organosilicone resins combine high elasticity and thermoplasticity with increased mechanical strength. The resins containing Si-NH-Si bonds in the main chain have high hardness and good dielectric characteristics, which are not very temperature dependent. Dissolved in organic solvents (toluene, butanol, xylene, etc.) organosilicone resins are used for the manufacture of varnishes, enamels, compounds. As a result of the mixing of resins with glass fiber or asbestos, silicone press materials are obtained. We have developed a new method for the preparation of oligoorganosilsesquioxanes, which, in comparison with traditional methods of synthesis, makes it possible to increase the yield of the target product, simplify the hardware design of processes, significantly reduce labor and energy inputs, and reduce the number of harmful emissions requiring capture and purification.

5 PRODUCT DESCRIPTION Production of oligomers of the following grades: K-401, K-403, K-405, K-406, as well as composite materials and lacquers based on them, was mastered on an industrial scale in pilot plants. In turn, based on our oligomers, we produce: resins K-9, K-10, K-2105, K-101, , active diluents K-9-0, K Organosilicone resins K-9, K-10, K-2105, K-101, , active diluents K- 9-0, K-101-0, were designed to be used as the basis for a whole series of heat-resistant materials. Materials are used in high-tech industries as glues, impregnating compounds, for the production of special filled plastics and prepregs. Examples include K-9-70 binder for production of heat-resistant radiotransparent glass-reinforced plastics, KO-039 lacquer for GRP, silicone press materials of PKO series, heat-resistant vacuum-tight glues / compounds VK-2, VK-9, K-300, K- 400, VT-200 and much more.

6 Table 1. Technical characteristics of resin (oligomer) K-401 The name of indicators Norm Test method 1.Appearance Lumpy or monolithic material of undefined shape and dimensions according to GOST and according to TU 2.Color from white to yellowish according to TU 3.Mass fraction of volatile substances,%, not more than 4,5 4.The silicon content in terms of SiO2,% from 85.0 to Gelatinization time at ( ) according to GOST and according to TU according to GOST and according to TU 0 С, min. from 4 tо 25 according to TU 6.Hydrogen index of nonaqueous solution from 6 tо 7 according to GOST and according to TU 7.Solubility in alcohol-acetone mixture Full, it is allowed to turbidity according to TU 8. Softening temperature, 0 С from 65 tо 125 according to TU

7 Table 2. Technical characteristics of resin К-403 The name of indicators Norm Test method 1.Appearance 2.Color 3.Mass fraction of volatile substances,%, not more than 4. The silicon content in terms of SiO2,% Lumpy or monolithic material of undefined shape and dimensions From colorless to light yellow 3 52,0 55,0 according to GOST and according to TU according to GOST and according to TU according to GOST and according to TU according to GOST and according to TU 5. Gelatinization time, min. from 50 tо 180 according to TU 6. Hydrogen index of non-aqueous solution 7. Solubility in ethanol in gasoline from 6 tо 7 full, opalescence is allowed full, opalescence is allowed according to GOST and according to TU according to TU 8. Melting temperature, 0 С from 60 tо 85 according to TU 9. The conventional viscosity of an 80% solution in an alcohol-acetone mixture according to ВЗ-246 at (20+-2) 0 С It is not standardized. Definition is mandatory. according to GOST 8420 and according to TU

8 Table 3. Technical characteristics of resin К-405 The name of indicators Norm Test method 1.Appearance Viscous mass from light yellow to brown according to GOST and according to TU 2.Mass fraction of volatile substances,%, not more than 3 according to GOST and according to TU 3.The silicon content in terms of SiO2,% according to GOST and according to TU 4.Gelatinization time, hour. not more than 3 according to TU 5.Hydrogen index of non-aqueous solution 6. Solubility in ethanol in gasoline from 6 tо 7 full, opalescence is allowed full, opalescence is allowed according to GOST and according to TU according to TU 7.Compatibility of 50% solution in ethyl alcohol with bakelite varnish full, opalescence is allowed according to TU

9 Table 4 Technical characteristics of the product K-406 The name of indicators Norm Test method 1.Appearance 2.Mass fraction of volatile substances,%, not more than Transparent liquid from light yellow to brown without mechanical impurities 3 according to GOST and according to TU according to GOST and according to TU 3.SiO2 content in the range,% according to GOST and according to TU 4.Hydrogen index of non-aqueous solution from 6 tо 7 according to GOST and according to TU 5.The content of methoxyl groups in the range,% according to TU 6.Density in the range, g / cm,3 1,16-1,20 according to GOST and according to TU

10 COMMERCIAL PROPOSAL We offer : production regulations design of production manufacturing of special chemical equipment production of laboratory equipment staff training joint research to develop new products

11 TECHNOLOGY TRANSMISSION ALGORITHM Discussion and approval of project indicators (understanding the needs of the partner) Signing of a protocol (memorandum) with an assessment of needs and opportunities Contract for design of production Conclusion of a contract for the transfer of technology Conclusion of a contract for training of personnel Contract for the manufacture of equipment Laboratory equipment Conclusion of a contract on joint scientific research

12 WHO ARE WE Staff of the Institute of High-Molecular Products Chemistry, State Enterprise "Georesurs", Limited Liability Company "Megasel", Company GREEN GROUP, including Doctors of Chemical Sciences, Candidates of Chemical Sciences and other specialists.

13 «WE HOPE THAT OUR TECHNOLOGIES WILL GIVE A SIGNIFICANT ECONOMIC EFFECT, WHICH WILL BE ACHIEVED IN A SHORT TIME» Our contacts : GREEN GROUP inca1917@gmail.com Tel