AICA Epoxy Adhesive AB Glue

Epoxy AB glue, also known as two-part epoxy adhesive, is a type of industrial strength adhesive that is composed of two parts - a resin and a hardener. When these two parts are mixed together, a chemical reaction takes place, causing the mixture to harden and form a strong and durable bond. This type of glue is commonly used for bonding metals, plastics, wood, ceramics, and other materials together in various industries such as automotive, construction, and electronics. It is known for its excellent bonding strength, resistance to chemicals and temperature, and high level of durability.

 

Epoxy AB glue is a preferred adhesive with increased viscosity and adhesive properties that helps the adhesive to lay on top of the fabric providing a greater surface area as well as providing better adhesion of the foil sheet to mesh, and mesh to frames. Epoxy AB glue is more economical product with a slightly thinner visosity best suited for SMT stencil.

 

 

 

Packing specification: A 6KG + B 3KG/SET

 

 

Feature:

1.High chemical resistance and high aging-proof

2.High heat-proof

3.Fast cure by heating and long pot-life

4.Strong adhesiveness

 

Epoxy AB glue has several key properties that make it popular for bonding applications:
Strong bonding strength: Epoxy AB glue can create a very strong and durable bond between two substrates.
Heat resistance: Epoxy AB glue can withstand high temperatures without degrading or losing its bonding strength.
Chemical resistance: Epoxy AB glue is resistant to many chemicals, including water, oil, and acid.
Easy mixing: Epoxy AB glue is generally easy to mix and apply, with a relatively long working time before it sets.
Versatility: Epoxy AB glue can be used to bond various types of substrates, including metal, wood, plastic, ceramic, and glass.
High hardening speed: Epoxy AB glue is usually able to cure within a relatively short period of time, making it possible for rapid bonding to occur.
Low shrinkage rate: Epoxy AB glue has a very low shrinkage rate, which means that there is minimal reduction in size during the curing process.

 

 

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