Acquisition strengthens silicone offering On September 9th TECHSiL Ltd (part of the Diploma PLC) purchased…
TSE322 One Component Heat Curable Silicone Adhesive Sealant
TSE322 Description
TSE322 silicone adhesive is a one-component heat curable silicone adhesive sealants which will bond to many substrates without a primer and which will cure rapidly at elevated temperatures. The product has a very long working time at room temperature but will not cure completely until exposed to elevated temperatures.
- TSE322 – is a light blue, flowable material with self-leveling properties
- TSE322B – is a black, flowable material with self-leveling properties
- RTV6424 – is a white, paste like product with a small amount of vertical flow
- RTV6445 – is a white, thixotropic paste consistency product which can be applied to vertical or overhead surfaces
TSE322 One Component Available Online
TSE322 Properties
- One component products – no mixing required
- Fast cure at elevated temperature
- Primerless adhesion to many types of substrates
- No cure by-products, low linear shrinkage
- Non-corrosive to metals and sensitive substrates
- Excellent dielectric properties
- Outstanding performance over a wide thermal range
Product Safety, Handling and Storage
These silicone adhesives can generate flammable hydrogen gas upon contact with acidic, basic, or oxidizing materials. Such contact should be avoided.
The warranty period for these silicone adhesives is 6 months from date of shipment from Momentive Performance Materials if stored in the original unopened containers at temperatures between 35F and 50F (1C to 10C)
Compatibility
TSE322 silicone adhesives will cure in contact with most clean, dry surfaces. However, certain materials, such as butyl and chlorinated rubber, sulfur-containing materials, amines, and certain metal soap cured RTV silicone rubber compounds can cause cure inhibition. Cure inhibition is characterized by a gummy appearance on the silicone adhesives at the interface between the adhesive and the substrate to be bonded.