The liquid sealant, after curing, is an elastic colloid specifically designed for sealing in high-efficiency air filters. It forms a tight, airtight seal within the aluminum filter tank. The sealant adheres well to the tank wall, and if the filter is moved or removed, it easily separates, regaining its elasticity and automatically restoring the seal. It exhibits excellent weather resistance, chemical stability, and corrosion resistance, absorbing stress from thermal expansion and contraction without cracking. It has moderate hardness and good elastic recovery.

Features of Liquid Seal HEPA Filter Products:

1. Low viscosity, easy to pour

2. Can cure at room temperature or with heat

3. Good adhesion and flexibility

4. Good sealing performance, no oil discharge after curing

This product does not produce any byproducts during the curing reaction and can be applied to surfaces of materials such as PC (Polycarbonate), PP, ABC, PVC, and metals.

The liquid sealant provides excellent sealing performance over a wide temperature range, from -60°C to 200°C. The adhesive provides excellent sealing at low temperatures, and there are no temperature limitations for installing or moving filters. However, experiments are necessary before use to confirm its effectiveness.

Liquid-sealed high-efficiency air filter manufacturer

An air filter is an air filtration device, generally used in cleanrooms, clean factories, laboratories, and clean rooms, or for dust prevention in electronic, mechanical, and communication equipment. Types include pre-filters, medium-efficiency filters, high-efficiency filters, and sub-high-efficiency filters. Each type has different standards and performance levels.

In pneumatic technology, air filters, pressure reducing valves, and lubricators are called the three main pneumatic components. To achieve multiple functions, these three air source treatment components are often assembled together in sequence, called a pneumatic triplet. It is used for air purification and filtration, pressure reduction, and lubrication.

The installation sequence of the three main components, in the direction of air inlet, is: air filter, pressure reducing valve, lubricator. The three main components are the primary air source devices in most pneumatic systems. Installed near the air-using equipment, they are the final guarantee of compressed air quality. Their design and installation, in addition to ensuring the quality of the three main components themselves, must also consider factors such as saving space, convenient operation and installation, and the ability to be combined arbitrarily.