Bison High Temperature Silicone Sealant, 6305454, 60ML, Red

Heat resistant silicone sealant for joining and sealing joints that are exposed to high temperatures. Heat resistance: max. 300 Deg.C.

Suitable for joining and sealing joints, seams and cracks in places where high heat resistance is required. Adheres very well to glass, enamel, tiles, glazed ceramics and smooth metals. Particularly suited for joining and sealing oven and microwave windows, edges around (ceramic) hot plates, heating ducts, flues, heat screens for the fireplace (also suitable in its fluid form for automotive applications).

Not suitable for bitumen, polyethylene (PE), polypropylene (PP), PTFE and aquaria.

Ensure that joints are clean, dry and free of dust, rust and grease. Absorbent substrates and synthetics should be pre-treated with BISON Silicone Primer.

For a good result, cover the joint’s edges with masking tape. If necessary, prevent three-sided bonding by filling the joint with a foam backer rod or PE film.

1 tube for approx. 1.5 m (depending on the diameter of the joint).

Turn the cap off the tube Cut the synthetic cannula diagonally.

Inject sealant evenly and slowly into the joint. Immediately smooth with BISON Multi Tool or a finger and soapy water. For bonding, join the parts within 5 minutes. After approx. 15 minutes, a surface skin will form. BISON High Temp reaches its high heat resistance after fully curing. The curing can be accelerated by heating the sealant to a maximum of 150 Deg.C.

Silicone hardens under the influence of humidity. Contact with humidity is therefore absolutely necessary during curing.

Immediately remove stains with white spirit. Cured sealant can only be removed mechanically.

Store in properly sealed packaging in a dry place at between +5°C and +25 Deg.C

• Heat resistant silicone sealant
• Heat resistant upon complete curing up to 250 Deg.C and briefly (approximately 1 hour) up to a maximum of 300 Deg.C
• Easy to apply
• Sealant colour: black
• Acetic acid leaving sealant
• Colourfast
• Sealant may expand when it comes into contact with grease, oil, coolant and fuels.