انواع هاردنر اپوکسی

Static electricity generated by the movement of people and sparks caused by it can be dangerous in many places and cause heavy financial and human damage, so due to this issue in hospitals in operating rooms and ICU for Prevent potential errors and damage Conductive flooring equipment, which is more conductive than antistatic flooring, is installed and installed. In addition, in many factories where sparks can cause explosions, antistatic or conductive flooring is used to prevent this danger. Due to the importance of the issue of using quality materials for flooring, it is of special importance to be able to direct static electricity from our body through the floor and then copper strips to the well.

Antistatic and conductive floor coverings and primers of Farapoosh Company with the following outstanding properties are formulated with the best raw materials and can meet all the standards of these floors.

The materials of these floors can be produced and ordered with the following codes

Antistatic, conductive floor primer: ………… ..

Antistatic floor covering: ………….

Conductive flooring: ………….

Active or reactive epoxy thinners

These diluents participate in the reaction and form part of the non-volatile binder. These diluents are non-volatile and do not evaporate. These low-viscosity liquids, when mixed with the original resin, reduce the final viscosity. In addition, the diluents improve the resin flexibility and the air bubbles formed leave the reaction faster.

Inactive epoxy thinners

These diluents do not react and are volatile and usually have high evaporation. These solvents reduce viscosity and cause problems such as reduced final strength after drying, risk of fire, evaporation and risk of poisoning by it.

These diluents do not react and evaporate and usually have high evaporation and should not be used as much as possible, but in many projects their use is necessary to reduce viscosity and should be used to a limited extent. It should be noted that they should be considered, including the reduction of the final strength after drying, the risk of fire, evaporation and the risk of respiration and poisoning due to it is of great importance.