Product or Service
silane coupling agent:USi-D1311
Profile:Manufacturer - Producer|Ref:PSL201855YH | Country: China | Currency: usd | Export: No
CAS NO. : 3069-29-2
Against other brands:EINECS No：221-336-6
Wacker:GENIOSIL® GF 95
Appearance Colorless transparent liquid
Color(Pt-Co) less than 25
Specific Gravity(20 degrees, g/cm3) 0.9630-0.985
Refractive Index 1.4440 –1.4490
Purity more than 97.0%
Silane USi-D1311 may be used as an additive, meeting the need of special primers in numerous bonding applications. Si-602 can display a good adhesion in the following systems:
RTV Silicones and Hybrid Silane-Cross-linked Sealants
Silane USi-D1311 can improve the adhesion of single & double component silicone-cross-linked sealants to a variety of substrates, including glass, aluminum and concrete. Silane USi-D1311 provides enhanced adhesion performance without negative influence on rate of elongation. The addition is 0.5 to 1.0 percent of fillers by weight.
When added to single-double component polysulfide sealants, silane USi-D1311 provides better adhesion to a variety of substrates, including glass, aluminum and steel. The addition of USi-D1311 is typically 0.5 to 1.0 percent of the sealant by weight. It disperses well in the sealant and produces cohesive failure in the sealant rather than adhesive failure of the bond between the sealant and the substrate. Furthermore, the use of silane Si-69 can not use primers which enhance the adhesion strength between the coating.
Silane USi-D1311, as a replacement of polyaminoamide adhesion promoter in plastic sealants, can improve bonding to metal substrates. In addition to increasing strength, the silane-modified plastic sealants have a better performance than systems those use polyaminoamide adhesion promoter. Silane Si-602 modified systems have a very light color and the cured compound is bubble-free.
Additive in Phenolic and Epoxy Molding Compounds
Silane USi-D1311, as an additive in phenolic and epoxy molding compounds, reduces the water absorption of molded composites. So it can improve wet electrical properties, particularly at low frequencies.
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