High Temperature Adhesive – Not Just For Aerospace
High temperature adhesives are frequently used in the microelectronics as well as the aerospace industries. Usually, it is used to bind substrates in the aerospace industry so that they can attach semiconductor dies and chips to a substrate. It has the same purpose for the electronics industry. One of the challenges associated with the use of high temperature adhesive is when it is exposed to high temperatures, they tend to exude gas that was formed during the coring or post-curing of the adhesive. They also have lower glass transition temperature.
The advantage of high temperature adhesive is that it has superior mechanical properties. They are also lighter as well as more economical or cheaper to make than metals. This is the perfect adhesive to use for bonding and sealing ceramics, metals, quartz, graphites, textiles as well as composite materials that is being used in the design, process and maintenance applications to 3200 F. It also has the capability and exhibit high thermal and electrical resistance. Ever since it was created, it was able to solve some problems that were quite hard to accomplish using the typical epoxies or other organic based products.
Before you apply the high temperature adhesive, it is recommended you clean the surface thoroughly before applying. It should be mixed thoroughly and slowly so that you can avoid air entrapment in the adhesive. You can apply the high temperature adhesive using a thin coat of brush, spatula or dispenser. To get better adhesion, wetting the surface thoroughly is advised.
Before you use the high temperature adhesives, make sure that you read the safety warnings first. It’s always better to be safe than end up being sorry or get discomfort along the way. It is also advised to avoid prolonged contact with high temperature adhesive because it may cause irritation
