V Type HEPA Filter Paper Customized with 600g/m Dust Holding Capacity​

Maximum Filration Effect V Type Filter Paper High Dust Holding Capacity​

Application

Painting/coating industry exhaust gas emission purification and filtration

1. Applicable in various industries. Capture of spray paint particles or dust particles, reduce air pollution, maintain a friendly working environment, reduce gas emissions to the environment.

2. Used as exhaust gas purification system.

3. Arbitrarily customized cut or framed ,or solely used as filter or used in one whole piece.

Material & Features

1. Low air flow resistance , maximum filration effect, high dust holding capacity.

2. High-quality double brown packing paper made, rigid adhesion and durable.

3. Less equipment investment , noise-proof and easy installation,

4. Long operation time & cost; no frequent replacement required, usually 240-500hours operation time without any issues.
5. Simple paint mist particles and powder recycling process, with no secondary pollution.

6. Both Horizontal (downward suction type ) or vertical (side suction type ) operational

7. Better filtration performance when combined with filter cotton media.

The application of air filter media(cotton) is very wide, Air filter media or mesh, is normally made of Polyester fiber or (abbr. as PET), PET is made by polyethylene glycol terephthalate, or synthetic fibre/ polyester fibre , with excellent wrinkle resistance, flexibility and dimensional stability. The material offers excellent insulativity , light resistance, wear resistance and humanity resistance, chemical-wise, with perfect chemical reaction resistance, weak acid and weak alkali resistance.

Many Industrial products must be produced in a clean room atmosphere. such as surface treatment, spraying, electronic, optical electron, pharmacy, food, air cooling industries. All those fabrication process will need airflow however no dust is allowed, therefore air filters must be deployed to filter all the dust to keep dustless airflow to meet manufacture air quality standard. The filter ffiency is decided by the porosity of the filter material, technically, if the porosity is sufficiently small more dust/particles will be arrested within the filter material.

The primary filter media is intended for new air fitration, to filter particles < 5 m with big dust holding capacity but limited windage, cost effective and inexpensive, The medium filter media is applied in spraying industries with ability to filter particles in between 1~ 10u m, the filte products designed for spraying heads to improve the spray paint room air quality.

High temperature resistant and flame retardant fiber glass are made of heat resistant/fire retardant material and mostly used in high temperature working condition.

According to Chinese filter grade (GB/T14295) also EU standards, from primary/medium/Hepa filter are ranked fromG1, G2 G3, G4, F5, F6, F7 and F8.

After years of unremitting efforts and continuous innovation, SGAIR has developed into a professional and technologically advanced purification equipment and filter manufacturer in China, providing customers with overall solutions for purification equipment.
We have introduced advanced production equipment to produce various purification equipment and filter elements such as high-efficiency filters, high-temperature resistant filters, ultra-high-efficiency filters, medium-efficiency filters, primary filters, air showers and negative pressure weighing rooms. They are widely used in electronics, pharmaceuticals, food, medical, laboratories and other fields.
We guide customers to choose related products according to process characteristics, and provide various testing and verification services according to customer needs.
We adhere to the principle of taking science and technology as the cornerstone and the market as the criterion, adhering to the mission of "providing customers with systematic clean space solutions with excellent technology and professional services", and contributing every effort to create clean air and a green environment.