Research patent
For more than 20 years, Chenguang New Materials has been committed to the development, production and application of functional silanes. We always maintain close communication with customers, discuss with them, understand their needs, and guide
our R&D and production.
Decades of experience accumulation and our focus on core areas have made us an expert in the functional silane industry and one of the leading suppliers, which is our competitive advantage. The research and development of dozens of
products, pilot trials and mass production of more than 60 production lines require a large amount of professional knowledge reserves and stable control of the entire industry chain. In order to provide our customers with more stable and safe
services, we choose ourselves to be responsible for all important production steps. From the source of production, we select silicon according to strict standards, to the production of basic raw material trichlorosilane, to the production
of various intermediates and finished products, and we have realized the layout of the entire industry chain.
In the production process, hydrogen chloride is not only one of the important production raw materials, but also a by-product in most production processes. The company innovated and used a dry process to recover the hydrogen chloride
produced during the production process. This not only effectively solves the environmental pollution caused by the efflux of hydrogen chloride dissolved in water to form hydrochloric acid, but also greatly saves production costs. Therefore,
we can provide customers with more competitive products.
Functional silane is a molecule that acts as a bridge between organic and inorganic components. This makes it useful for treating mineral surfaces and improving the compatibility and stability of fillers in polymers.
Mineral filler treatmentTypical application scenarios of silane-enhanced adhesives and sealants:
Wire and cable
Artificial stone
Main performance improvements:
N0.1. Reduce the viscosity of filler and polymer
N0.2. lmprove interface adhesion
N0.3. lmprove the wettability between minerals and polymers
N0.4. lmprove polymer hydrophobicity
N0.5. lmprove the dispersion of filler
N0.6. lmprove electrical performance
N0.7. lmprove mechanical performance
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