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In chip manufacture, high tetraethyl orthosilicates are important raw materialss and are preferably used for generating dielectric layers by CVD.

SiSiB® PC5030, SiSiB® PC5400, SiSiB® PC5410, SiSiB® PC5420, SiSiB® PC9210

Silane coupling agents are an important component of glass-reinforced polymers. The glass is very hydrophilic and attracts water to the interface. Without silane treatment on the glass surface, the bond between the glass fiber and the resin would weaken and eventually fail, making a composite essentially useless.

Benefits imparted to glass-reinforced polymers:
Increased mechanical strength of the composites
Improved electrical properties
Improved resistance to moisture attack at the interface
Improved wet-out of the glass fiber
Improved fiber strand integrity, protection and handling
Improved resistance to hot solder during fabrication
Improved performance in cycling tests from hot to cold extremes

SiSiB® PC1100, SiSiB® PC1110, SiSiB® PC1200, SiSiB® PC3100, SiSiB® PC4100.

SiSiB® silanes and fluids are widely used in Potting, Bonding and Encapsulating sealants.

Silane: SiSiB® PC8131, SiSiB® PC8221, SiSiB® PC9180, SiSiB® PC9181, SiSiB® PC9400, SiSiB® PC9401, SiSiB® PF8801.

Fluid: Phenyl Silicone Fluid, Phenyl Vinyl Silicone Fluid.

Selected silanes, known as external donors or electron donors, are used in conjunction with Ziegler-Natta catalysts in the manufacture of ethylene and polypropylene.
Ziegler-Natta catalysts are organometallic compounds; organoalkoxysilanes can chemically coordinate with the organometallic catalyst to modify the course of the polymerization. Different silane donors with differing organoalkoxy structures are used depending on the exact nature of the catalyst and the type of polypropylene being manufactured.

SiSiB silans are used in rubber compounding. They provide coupling of non-black pigments
to the polymer backbone allowing for: Improved abrasion resistance, Higher compound modulus, Lower hystersis, Improved compression set, Improved rolling resistance in tire tread compounds.

SiSiB® PC2000, SiSiB® PC2200, SiSiB® PC2640, SiSiB® PC5011, SiSiB® PC2300. SiSiB® PC2310, SiSiB® PC2320,

The field of organosilicon chemistry has undergone explosive growth in the past thirty years,
Organosilicon compounds have many applications in organic chemistry, most notably as:

Derivatization reagents,
Blocking / protecting agents,
Intermediates in organic synthesis and reducing agents.

As the global market for antibacterial compounds increases due to population growth and increasing healthcare demands, pharmaceutical manufacturers will rely on silanes as they develop the next generation of antibiotic therapies.

SiSiB® PC2300, SiSiB® PC2310, SiSiB® PC2320, SiSiB® PC5310, SiSiB® PC5312,
SiSiB® PC5313, SiSiB® PC5314, SiSiB® PC5710, SiSiB® PC8710, SiSiB® PC9200,
SiSiB® PC9210, SiSiB® PC9220, SiSiB® PC9230, SiSiB® PC9235, SiSiB® PC9236,
SiSiB® PC9903, SiSiB® PC9400

Diffusion Pump Fluids are designed for high vacuum and for fast pumping of large volumes of gas or vapor in production operations.

SiSiB® PF8702, similar to Dowcorning's DC-702
SiSiB® PF8704, similar to Dowcorning's DC-704
SiSiB® PF8705, similar to Dowcorning's DC-705.
SiSiB® PF8710, similar to Dowcorning's DC-710.