| Dynasylan® SILBOND® 40 | Evonik Operations GmbH, BL Silanes | Dynasylan® Silbond® 40 is a polyethylsilicate with 40 % SiO2 content. Its most important industrial use is as a binder for zinc silicate paints for heavy duty corrosion protection. Furthermore it is used as an inorganic reactive solvent for high temperatu...展开 Dynasylan® Silbond® 40 is a polyethylsilicate with 40 % SiO2 content. Its most important industrial use is as a binder for zinc silicate paints for heavy duty corrosion protection. Furthermore it is used as an inorganic reactive solvent for high temperature applications. 收起 | |
| Dynasylan® SILBOND® 40-HF | Evonik Operations GmbH, BL Silanes | Dynasylan® Silbond® 40-HF, is a polyethylsilicate with 40 % SiO2 content. Its most important industrial use is as a binder for zinc silicate paints for heavy duty corrosion protection. Furthermore it is used as an inorganic reactive solvent for high tempe...展开 Dynasylan® Silbond® 40-HF, is a polyethylsilicate with 40 % SiO2 content. Its most important industrial use is as a binder for zinc silicate paints for heavy duty corrosion protection. Furthermore it is used as an inorganic reactive solvent for high temperature applications. 收起 | |
| Dynasylan® SILBOND® 50 | Evonik Operations GmbH, BL Silanes | Dynasylan® Silbond® 50, is a polyethylsilicate with > 45 % SiO2 content. Its most important industrial use is as a binder for zinc silicate paints for heavy duty corrosion protection. Furthermore it is used as an inorganic reactive solvent for high temper...展开 Dynasylan® Silbond® 50, is a polyethylsilicate with > 45 % SiO2 content. Its most important industrial use is as a binder for zinc silicate paints for heavy duty corrosion protection. Furthermore it is used as an inorganic reactive solvent for high temperature applications. 收起 | |
| Dynasylan® SILBOND® H-6c | Evonik Operations GmbH, BL Silanes | Dynasylan® SILBOND® H-6C is a clear, low-viscosity pre-hydrolyzed ethyl polysilicate binder that has been designed for use in two part zinc-rich primers for corrosion protection. The silica content ranges from 17.5% to 19.0% (as SiO2). It can also be use...展开 Dynasylan® SILBOND® H-6C is a clear, low-viscosity pre-hydrolyzed ethyl polysilicate binder that has been designed for use in two part zinc-rich primers for corrosion protection. The silica content ranges from 17.5% to 19.0% (as SiO2). It can also be used for investment casting applications. 收起 | |
| Dynasylan® SILBOND® HT-28A | Evonik Operations GmbH, BL Silanes | Dynasylan® SILBOND® HT-28A is a milky-white, low-viscosity pre-hydrolyzed ethyl polysilicate hybrid binder with content ranging from 32.5 to 33.5% silica (as SiO2). The silica content is resultant of a mixture of silica derived from TEOS and other compone...展开 Dynasylan® SILBOND® HT-28A is a milky-white, low-viscosity pre-hydrolyzed ethyl polysilicate hybrid binder with content ranging from 32.5 to 33.5% silica (as SiO2). The silica content is resultant of a mixture of silica derived from TEOS and other components. This material is formulated for use in two component inorganic zinc-rich primers for corrosion protection. Advantages include improved toughness and excellent performance in high-temperature applications. The improved toughness is a direct result of the higher silica content as compared to a ethyl polysilicate binder. 收起 | |
| Dynasylan® SILBOND® HT-33 | Evonik Operations GmbH, BL Silanes | Dynasylan® SILBOND® HT-33 is a milky-white, low-viscosity pre-hydrolyzed ethyl polysilicate hybrid binder that contains a mixture of silica derived from TEOS and other components. The silica content ranges from 32.7% to 34.0% (as SiO2). This material is f...展开 Dynasylan® SILBOND® HT-33 is a milky-white, low-viscosity pre-hydrolyzed ethyl polysilicate hybrid binder that contains a mixture of silica derived from TEOS and other components. The silica content ranges from 32.7% to 34.0% (as SiO2). This material is formulated for use in two component inorganic zinc-rich primers for corrosion protection. Advantages include improved toughness and excellent performance in high-temperature applications. The improved toughness is a direct result of the higher SiO2 content. 收起 |
