New findings in science
Fsue “ISR” welcome to cooperate all the specialists and organizations interested in marketing the institute proprietary high-effective processes for making raw rubbers and lattices which could be commercialized on the ground of contracts or license agreements on the transfer (development) of science-technical products.
- Processes for the production of general-purpose elastomers catalyzed by “lanthanide” systems for:
- highly stereoregular polyisoprene;
- highly stereoregular polybutadiene;
- butadiene/isoprene copolymer.
- Process for sindiotactic 1,2-polybutadiene.
- Process for 1,2-polybutadiene production in aliphatic solvent.
- Manufacturing know-how and process equipment for low-molecular stereoregular cis-1,4-polyisoprene through mechano-thermal oxidative depolymerization of commercial isoprene rubber.
- Technology on the preparation of a depressing diesel fuel additive and oil viscous additives on the base of ethylene/propene and styrene/butadiene rubbers.
- Process for epichlorohydrin rubbers based on cyclic oxides.
- Novel energy-saving practice on recycling wastes of tires, mechanical rubber goods and latex products. Salvaging of worn tires.
- Process for advanced 2-vinylpyridine-based latices useful in tire industry.
- Process for high-styrene carboxilated latices for paint-and-varnish industry.
- Synthesis of liquid polyurethanes.
- Process for silicone polymers useable as a base of medical compositions..
- Technology of producing impression materials for dentistry.
- Process for making ethylene/propene rubbers.
- Process for making polyols – functional-terminated polybutadiene and oigodienes.
- Technology of producing mixed thermoplastic elastomers serviceable in harsh environments.
- Process for making siloxane raw rubbers and materials.
- Process for the salt-free isolation of emulsion-polymerized rubbers with the use of synthetic coagulants.
- Process for the production of nitrile/butadiene rubbers.
- Phenol- and amine-based antioxidants preparation and use for general-puepose rubbers.
- Environmentally friendly technology of producing a high-efficient stopper in SBR emulsion polymerization.
- Technology of producing a randomizer from common source raw materials for anionic polymerization.
- Catalyst systems for making thermoplastic elastomers.
- Process for making paint compositions usable in finishing building face walls and interiors.
- Processes for producing water-proof roofing materials and pastes based on general-purpose rubbers.
- Processes for producing emulsion-polymerized styrene-butadiene rubbers.
- Process for unsaturated terpene hydroperoxides – initiators in the emulsion polymerization.
- Processes for the manufacture of solution-polymerized styrene-butadiene rubbers.
- Technology of producing lithium-catalyzed polybutadiene.
- Technology of producing disproportionated both rosin and tall oils.