VUUM FILTER is applicable for Class 1 to 10,000, and suitable for clean rooms in LCD and semiconductor plants, nuclear power facilities, optical precision machinery, hospitals, and food manufacturing plants.

The filters are largely divided into Medium filter, Hepa filter, and Ulpa filter.

• Medium

  The dust collection efficiency is 60%, 80%, and 90% (NBS).

• Hepa

  Collects 0.3µ m dust particles with 99.97% (DOP) efficiency.

• Ulpa

  Collects 0.1µ m dust particles with 99.9995% (DOP) efficiency.

Medium Filter

VUUM MEDIUM FILTER is a high-performance pretreatment filter for HEPA filter with remarkable dust collection efficiency and is suitable for external treatment in electronics industry, hospitals, pharmaceutical plants, food manufacturing plants, etc. and for building air-conditioning. This medium-to-high-performance filter boasts long lifespan and easy replacement.

• ⓐ The dust collection efficiency is 60%, 80%, and 90% (NBS).
• ⓑ The filter medium is made of fire-retardant urethane synthetic resin to minimize risk of fire
• ⓒ Compression molding aluminum frame is used for durability and lightness
• ⓓ Mini-pleats structure with consistent spacing
• ⓔ Risk of leak was eliminated
• ⓕ Long life and reduced loss of pressure

Hepa Filter

VUUM HEPA FILTER is applicable for Class 1 to 10,000, and suitable for clean rooms in LCD and semiconductor plants, nuclear power facilities, optical precision machinery, hospitals, and food manufacturing plants

• ⓐ Collects 0.3µ m dust particles with 99.97% (DOP) efficiency.
• ⓑ The filter medium is made of fire-retardant urethane synthetic resin to minimize risk of fire.
• ⓒ Compression molding aluminum frame is used for durability and lightness.
• ⓓ Mini-pleats structure with consistent spacing.
• ⓔ Powder coating for surface protection.
• ⓕ Risk of leak was eliminated.
• ⓖ Aluminum separator applied.

Ulpa Filter

VUUM ULPA FILTER is a ultra-high-performance filter applicable for Clean Room Class 1 to 100, and suitable for clean rooms and benchs in ultra-LSI industries such as semi-conductor, electronic parts, pharmaceutical plants, etc.

• ⓐ Collects 0.1µ m dust particles with 99.9995% (DOP) efficiency.
• ⓑ The filter medium is made of fire-retardant urethane synthetic resin to minimize risk of fire.
• ⓒ Compression molding aluminum frame is used for durability and lightness.
• ⓓ Mini-pleats structure with consistent spacing.
• ⓔ Powder coating for surface protection.
• ⓕ Risk of leak was eliminated.