by SpecialChem

HENGDA-M8133?-Aminopropyltrimethoxysilane

Technical Datasheet | Supplied by Gaizhou Hengda Chemical

HENGDA-M8133?-Aminopropyltrimethoxysilane by Gaizhou Hengda Chemical is an adhesion improver. It improves dry & wet bending strength, compression strength, shear strength and other physical & mechanical properties and wet electric properties. It also improves the dispersion of stuffing into polymer, when used in thermoplastic and thermosetting resin, such as phenol aldehyde, polyester, epoxy, PBT, polyamide and carbonic ester. It strengthens the adhesion, improve profile sand strength and moisture resistance, when used in the sand casting of resin. It can improve moisture proofness and strengthen compression resilience, when added into phenol aldehyde in the production of glass fiber cotton and mineral cotton. It improves the properties of the products, such as water resisting property, and aging resistance as amino and ethoxy are respectively used for coupling organic polymer and inorganic filler. HENGDA-M8133?-Aminopropyltrimethoxysilane is used in polyurethane, epoxy, nitrile, phenol aldehyde adhesive and sealing materials to improve the dispersion of pigment and the adhesion to glass, aluminum, and iron, also applicable for latex coating such as polyurethane, epoxy and acrylic acid type. Also, it can be used to synthesize amino silicone oil and latex.

Compatiblity with other products

Find products that are predicted to be compatible with HENGDA-M8133?-Aminopropyltrimethoxysilane.

This list of compatible products is generated out of estimated HSP values. A practical determination of these HSP values would provide higher certainty.
Learn more about Hansen Solubility Parameters (HSP) and their use in predictive formulation.

Compatible Products

Want to list or
update your products?

View the listing options

Want to report errors or
suggest improvements?

Send a Feedback

Compatible Products Based on HSP Distance

HSP distance provides an indication of compatibility. It is based upon the “like seeks like” principle. The smaller the distance between ingredients, the more compatible they are predicted to be.

Learn more about HSP

View All