PP+PET madia

Glassfiber HEPA filter material is made by fiberglass fiber extracted from sand. It is produced through a wet laid process which allows it to have high strength and flexibility. This material is made from glass microfibers. It has various characteristics such as high dust holding capacity, easy-pleating, and low air resistance.

Technical Specification: Media:PE Thickness:1.7mm Unit Weight:500g/㎡ Operating temperature:130℃-150℃

Whirlpool airflow guide design, high filtering efficiency; V-shaped depth bearing, high dust holding capacity and low pressure; Simple installation; Simply recycle paint particles and dust particles; Reproducible paper, environmental and high efficiency; Long service life and low replacement frequency;

Product Description High efficiency filter material: PP / fiberglass / Compounded material / PTFE / PET • Advanced structure: Mini-pleated, without clapboard and fixed with hot-melt glue • Frame: Paper / aluminium / galvanized steel • High efficiency, more than 99.97% • Low resistance and large dust holding capacity • Mini pleated without separator, lightweight and convenient to install • Material selectable, washable and reusable (PP / PTFE / PET) • Stable performance, anti-deformation • Material safe, non-toxic and odorless • Diferente shape and size available for all types of machines

Essential details Main Materials：Multi-layer kraft paper Construction:Multi-layer Paint Filter Paper Filter object:Paint particles and dust particles Temperature resistance：≤80℃ Humidity resistance：≤80%RH

Technical Specification: Meida:PPS Operating temperature:160℃-190℃ Resistance to Hydrolysis:excellent Resistance to Acids:excellent Resistance to Alkalis:excellent Resistance to Oxidation:restricted

Technical Specification: Operating temperature:204℃-240℃ Resistance to Hydrolysis:restricted Resistance to Acids:restricted Resistance to Alkalis:restricted Resistance to Oxidation:good

Working principle Two air streams are forced cross enter into the heat exchanger, temperature and humidity exchange from the paper, so as to recover energy and achieve the energy saving.