Organosilicon resins
Organosilicon resins under the action of heat can pass into a non-melting and insoluble state. Because of pressing resins in mixtures with mineral fillers, compositions with unique properties are formed.
Technical characteristics:
Resin grade |
The content of volatiles, %, not more |
Acid number mg KOH/g of resin, no more |
Duration of polymerization at 200oC, min |
Softening temperature, oC |
Application |
К-9 |
3,0 |
- |
50-180 |
85 |
It’s used for the production of radio-technical glass-fiber panels, press materials |
К-9-О |
3,0 |
- |
- |
- |
It’s used as an active solvent for thermosetting organosilicon resins, as a structuring agent for organosilicon sealants |
К-101 |
4,5 |
- |
4-25 |
65-125 |
It’s used for the manufacture of structural fiberglass |
К-182-82 |
3,5 |
15 |
1,5-2,0 |
60-90 |
It is used for the production of fiberglass and heat and sound insulation materials |
133-101 (К-40) |
1 |
2 |
10-70 |
85 |
It’s used for the production of glass-resin |
К-42 |
1,5 |
- |
12-60 |
80 |
It’s used for the manufacture of mica insulation |
131-317 |
8 |
- |
- |
- |
It’s used as a modifier of polydimethylsiloxane elastomers |
136-320 |
60-65 |
- |
120 |
- |
It’s used as a binder for obtaining coatings that are resistant to UV radiation during long-term operation in vacuum conditions when changing high and low temperatures |