HEPA Gel Seal Mini-Pleat Panel Air Filter in Phartmaceutical Industry

Basic Info

Model NO.	HMG
Structure	L-Type Side Gel Seal, Y-Type Top Gel Seal
Media	Ultra-Fine Fiberglass Filter Paper
Frame	Anodized Aluminum Alloy
Separator	Hot-Melt Glue
Temperature	Maximum 90°c in Continuous Service
Transport Package	Carton / Wooden Case
Specification	508X552X120MM
Trademark	HEFIL
Origin	China
HS Code	8421399090
Production Capacity	2500PCS

Product Description

Application
Suitable for electronics, pharmaceutical industry, clean room, HEPA diffuser, laminar flow devices and the occasions require ultra-high cleanliness.
Material Instructions
Structure: L-type side gel seal, Y-type top gel seal.
Media: Ultra-fine fiberglass filter paper.
Frame: Anodized aluminum alloy.
Separator: Hot-melt glue.
Sealant: Polyurethane.
Temperature: Maximum 90°C in continuous service.Advantages
Filter efficiency ranges from H14 to U17.
Adopt computer-controlled automatic production line for manufacturing, the crest height of folding filter material can be regulated steplessly between 18~96 mm, width will reach 1240mm at the widest.
Use special ultra-fine fiberglass paper as the filter media, good stability of filtration efficiency.
Double side retainers, protect the filter material, good strength.
Light in weight, compact in structure.
Each ULPA/HEPA filter is tested according to EN1822:2009.Structure Drawings

Common Specifications

Model	Dimensions	Media Area (m2)	Rated Air Flow (m3/h)	Initial Pressure Drop (Pa)
	W×H×D (mm)
HMG610/10-70L	610×610×70	9.5	800	≤220
HMG610/03-93L	305×305×93	2.7	250
HMG610/05-93L	305×610×93	5.9	500
HMG610/10-93L	610×610×93	13.0	1000
HMG610/15-93L	915×610×93	20.0	1500
HMG610/20-93L	1220×610×93	27.0	2000
HMG610/03-104Y	305×305×104	3.4	320	≤250
HMG610/05-104Y	305×610×104	6.8	640
HMG610/10-104Y	610×610×104	13.9	1280
HMG610/15-104Y	915×610×104	20.9	1920
HMG610/20-104Y	1220×610×104	28.0	2560

Note: HEFIL makes various of other models' HMG filter which are not listed in above table. Please consult with us if you need.

The Initial Pressure Drop and Rated Air Flow Performance Curve