Solaris™ Bonding Primer™

SolarisPrimerPint ⓘ 6D79E8B8-76F5-8245-869B-EEDB7793C1B9
Platinum Cure Silicone

Prepares glass surfaces for effective bonding to optical-clear Solaris™ platinum silicone.

  • Use isopropyl alcohol for initial cleaning
  • Follow with ammonia-based glass cleaner
  • Apply two coats of primer
  • 10-minute drying time between coats
  • Wipe away hazy film after each coat
€ 20.00

(€ 16.53 without 21% VAT)

In stock

Description

For optimal adhesion to glass surfaces, follow these preparation steps:

  1. Clean the Glass Surface:
  • Wipe the glass with isopropyl alcohol using lint-free paper towels. Allow it to dry for 10 minutes.
  • Next, clean the glass with an ammonia-based glass cleaner, again using lint-free paper towels. Let it dry for another 10 minutes.
  1. Apply the Primer:
  • Once the glass is clean, apply a coat of primer with a clean, dry paintbrush. Allow it to dry for 10 minutes.
  • A hazy film will form on the surface. Wipe it away with a lint-free cloth until the surface is clear.
  • Apply a second coat of the primer, let it dry for 10 minutes, and wipe the surface clear again.

After these steps, the glass surface is ready for the application of silicone encapsulant.

Instructions

Follow these steps to prepare the glass surface for bonding:

  • Clean the glass with isopropyl alcohol using a lint-free cloth and let it dry for 10 minutes.
  • Clean again with an ammonia-based glass cleaner and allow it to dry for another 10 minutes.
  • Apply the primer with a clean brush and let it dry for 10 minutes.
  • Wipe off the hazy film that forms.
  • Apply a second coat, let it dry for 10 minutes, and wipe the surface clear.

Once completed, the surface is ready for bonding.

Available in Platinum Cure Silicone
Product Cure Time Shore A Hardness Specific Gravity Specific Volume Tensile Strength Shrinkage Thermal Conductivity Elongation At Break Hundred Percent Modulus Refractive Index Useful Temperature Min Dielectric Strength Dielectric Constant 100hz Dissipation Factor 100hz Volume Resistivity Mixed Viscocity Mix Ratio By Volume Mix Ratio By Weight Pot Life Hundred Percent Modulus Color Mixed Viscocity Useful Temperature Min Cure Time Pot Life Specific Volume Specific Gravity Mix Ratio By Weight Shrinkage Dielectric Strength Mix Ratio By Volume Tensile Strength Elongation At Break Dielectric Constant 100hz Shore A Hardness Volume Resistivity Dissipation Factor 100hz Refractive Index Thermal Conductivity
Solaris™ 24 h. 15 0.99 g/cc 28.1 cu. in./lb. 180 psi <.001 in. / in. 0.18 W/M*K 290 % 25 psi 1.41 nm -149 °F 366 volts/mil 2.78 0.00 3.16E+15 ohm/cm 1,200 cps 1A:1B 1A:1B 240 min. 25 psi Clear 1,200 cps -149 °F 24 h. 240 min. 28.1 cu. in./lb. 0.99 g/cc 1A:1B <.001 in. / in. 366 volts/mil 1A:1B 180 psi 290 % 2.780000 15 3.16E+15 ohm/cm 0.000000 1.41 nm 0.18 W/M*K
Solaris™ Bonding Primer™ - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -

Why buy at FormX?

Subscribe to our Newsletter

Receive €5,- discount on your first purchase!

Visa logo iDeal logo Mastercard logo Paypal logo FedEx logo FedEx logo
This website has been developed by Usecue B.V.
© 2026 FormX B.V.