ATMOS ATMPK Low-Pressure-Drop HEPA Filter - NIPPON MUKI | Baisheng Tech
Product IDNM-ATMPKNIPPON MUKIStandard HEPA
NIPPON MUKI

ATMOS ATMPK Low-Pressure-Drop HEPA Filter

Product Overview

ATMPK is a V-shape pack HEPA filter with 99.97% efficiency @ 0.3 μm. The V-geometry dramatically increases media surface per footprint — up to 4200 CMH per unit with low pressure drop. Ideal for AHU systems handling large centralized airflow. Key features ・V-shape pack design (huge filter area) ・HEPA 99.97% @ 0.3 μm ・Up to 4200 CMH per unit ・Ultra-low PD and extended service life Target industries:Medical, Pharmaceutical

Features & Specifications

No.ModelEfficiencyW (mm)H (mm)D (mm)Airflow (CMM)Airflow (CMH)Initial PD (Pa)
1ATMPK-56H-P-E99.97%@0.3μm30561029025.01500170±15
2ATMPK-56-P-E99.97%@0.3μm61061029056.03360170±15
3ATMPK-70H-P-E99.97%@0.3μm30561029031.01860245±20
4ATMPK-70-P-E99.97%@0.3μm61061029070.04200245±20

Email:sales@baisheng-tech.com

Phone+886-2-25981958

Detailed Description

ATMPK uses V-shape packs — effective media area is 3-4× standard HEPA per face. Delivers exceptional airflow at ultra-low pressure drop, perfect for central HVAC systems or any application handling large centralized airflow.

Materials & Construction

PropertySpecification
Filter frameGALVALUME STEEL PLATE
MediaGLASS PAPER
Max. temperature60°C
Relative humidity95%RH
SeparatorHOT MELT ADHESIVE
GasketEPDM
Grille (downstream)-
Grille (upstream)-
SealantPOLYURETHANE RESIN
Max airflowCan be calculated on request
Max final PD (Pa)498

Airflow vs Pressure Drop (representative)

01002003004005000200040006000800010000Air volume (m³/h)Pressure drop (Pa)ATMPK-70-P
Representative ATMPK-70-P: 4200 CMH @ 245 Pa per unit.

Applications

- Main HEPA in central AHU systems - Primary supply-air filtration in pharmaceutical cleanrooms - Large laboratory / operating-room HVAC

Selection Notes

- V-pack requires 290 mm installation depth. - First choice for high-flow, energy-efficient systems. - If depth is constrained, choose ATML (mini-pleats).

Selection References

Before ordering, verify the efficiency grade, media type, and whether the operating environment fits your requirements.