Products in Resins & Binders: Silicates

Nuclesil® 70 serves various markets, including building and construction, hi-care, industrial, and paint and coating applications. Its applications span across building and construction (decorative paints, building materials, plasters, and renders), decorative materials and finishes, hiandi care (home care surface care, institutional and industrial care), industrial cleaning, and power, water, and utilities (water treatment applicable processes, cement manufacturing). It finds utility in home care applications like cleaners and detergents, as well as in iandi cleaning applications and industrial additives. Its end use includes plasterboard, with a physical form available in liquid.

Dynasylan® SILBOND® Condensed serves as a raw material composed of tetraethyl orthosilicate (TEOS; Si[OEt]4 ). This substance is utilized for acid- or alkali-catalyzed hydrolysis and subsequent condensation reactions, commonly known as the sol-gel process. The rate of gelation is influenced by the concentration of water and the pH.

Dynasylan® SILBOND® HT-28A is a milky-white, low-viscosity pre-hydrolyzed ethyl polysilicate hybrid binder, boasting a silica content ranging from 32.5 to 33.5% (as SiO2 ). This silica content arises from a blend of TEOS-derived silica and other components. This formulation is tailored for use in two-component inorganic zinc-rich primers. The product brings forth enhanced toughness and exceptional performance in high-temperature scenarios. The heightened toughness results directly from the increased silica content in contrast to an ethyl polysilicate binder.

Dynasylan® SILBOND® 40 is an ethyl polysilicate, emerges from partial hydrolysis of tetraethyl orthosilicate (TEOS). This transformation converts ethoxy groups into hydroxyl groups, generating silanols. Subsequent condensation of silanols engenders siloxane bonds (-Si-O-Si-O-) and prompts eventual gelation. Often deployed as an intermediary, Dynasylan® SILBOND® 40 undergoes further hydrolysis to produce a binder suitable for diverse applications. These include inorganic zinc-rich primers, investment casting molds, ceramic shapes, coatings, and thermal insulation.

Dynasylan® SILBOND® HT-33 is a milky-white, low-viscosity pre-hydrolyzed ethyl polysilicate hybrid binder, boasts a silica content ranging from 32.7% to 34.0% (as SiO2). Formulated for two-component inorganic zinc-rich primers, this material brings about improved toughness and exceptional performance in high-temperature applications. The elevated SiO2 content directly contributes to its enhanced toughness.

PROPOLDER™ FPP4010 is polypropylene (PP) homopolymer in fine particle powder form. Unlike waxes, these higher molecular weight materials exhibit high toughness. PROPOLDER™ homopolymer PP materials are pure polypropylene with broad regulatory compliance and contain no residual chemicals or additives that may interfere with some application requirements.

LIXOGLYP 23 72 80 has good gloss durability and good filling power.

KS No. 1 is sodium silicate. It is also the basic source material of silica derivative like silica gel, silica sol, zeolite, white Carbon.

POSIL 35 is potassium silicate. It is used as covering material of welding rod binder and tv cathode-ray tube fluorescent material.

POSIL 45 is potassium silicate. It is used as covering material of welding rod binder and tv cathode-ray tube fluorescent material.

Lithium Silicate-L is in anti-corrosion coatings containing finely divided zinc and as inorganic binders.

Betolin K 35 is an inorganic binder based on an aqueous potassium silicate solution.

KS No. 2 is sodium silicate. It is also the basic source material of silica derivative like silica gel, silica sol, zeolite, white Carbon.

Lithium Silicate-H is in anti-corrosion coatings containing finely divided zinc and as inorganic binders.

Betolin Li 24 is a water-based, silicate containing binder based on lithium salts.

KS No. 3 is sodium silicate. It is also the basic source material of silica derivative like silica gel, silica sol, zeolite, white Carbon.

Betolin P 35 is a highly stabilized, highly concentrated and odorless solution of potassium silicate.

POSIL 25 is potassium silicate. It is used as covering material of welding rod binder and tv cathode-ray tube fluorescent material.

KS No. 4 is sodium silicate. It is also the basic source material of silica derivative like silica gel, silica sol, zeolite, white Carbon.

POSIL 15 is potassium silicate. It is used as covering material of welding rod binder and tv cathode-ray tube fluorescent material.

Betolin K 42 is an inorganic binder based on an aqueous potassium silicate solution.

KSIL® 2.2 is potassium silicate obtained by fusing quartz sand and potassium carbonate at high temperature. In the solid state they are amorphous and look like glass. They dissolve in water (waterglass) to afford colloidal solutions of an alkaline nature.

KSIL® C/2.2 is potassium silicate obtained by fusing quartz sand and potassium carbonate at high temperature. In the solid state they are amorphous and look like glass. They dissolve in water (waterglass) to afford colloidal solutions of an alkaline nature.