Sodium silicate adhesive KB-SS-SCN
for plasticsfor ceramicsglass

Sodium silicate adhesive - KB-SS-SCN - Kohesi Bond - for plastics / for ceramics / glass
Sodium silicate adhesive - KB-SS-SCN - Kohesi Bond - for plastics / for ceramics / glass
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Characteristics

Chemical composition
sodium silicate
Type of substrate
for metal, for plastics, glass, for ceramics
Number of components
single-component
Technical characteristics
low-viscosity, conductive, electrically-conductive, high-temperature
Applications
for electronics, for coating, for the aerospace industry, RF/microwave
Working temperature

Max.: 370 °C
(698 °F)

Min.: -18 °C
(-0.4 °F)

Description

Kohesi Bond KB-SS-SCN is a silver coated nickel filled, sodium silicate based coating system. Firstly, this product offers very good electrical conductivity. This products offers very high levels of shielding towards electromagnetic interference (EMI) and radio frequency interference (RFI), along with cost effectiveness. Shielding effectiveness is extremely critical for electronic devices, since energy from various appliances such as radios can interfere with their performance. Our conductive coatings are usually applied to housing substrates to protect the devices from any such interference. Shielding effectiveness is measured by attenuation, which refers to the difference in an electromagnetic signal’s intensity before and after shielding. The unit of measurement is in decibels (dB). Achieving shielding at higher frequencies is extremely challenging. From 1-2 GHz, KB-SS-SCN’s effectiveness is in the range of 75-42 dBs, similar to an aluminum reference. This rating slowly declines to 56-42 dBs at 2-15GHz and further down to 50 dBs at 18 GHz, at which point it stabilizes. It should be noted that the decibel range of attenuation falls along a logarithmic scale. A 10 dB difference in attenuation indicates a 10 times change in shielding effectiveness. KB-SS-SCN has a wide serviceable temperature range . It is a water based system, making it relatively non-toxic. This product can be easily applied with a brush or a spraying system. It can cure at room temperature in 1-2 days or it can be heat cured at 80°C for 1-2 hours. Product Highlights Unrivaled electrical conductivity Offers cost effectiveness Very good shielding effectiveness

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*Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.