ATMMC Heat-Resistant ULPA Filter (120°C)

Product Overview

ATMMC (120°C HT version) is a heat-resistant ULPA filter rated for continuous 120°C (peak 180°C × 1h), with 99.9995% efficiency @ 0.1-0.15 μm. Used in pharmaceutical depyrogenation tunnels where ULPA-grade filtration is required at elevated temperature. Key features ・Continuous operation up to 120°C, peak 180°C × 1h ・ULPA 99.9995% @ 0.1-0.15 μm ・Separator-type build (stainless support) ・For ULPA-grade filtration in depyrogenation tunnels Target industries：Medical, Pharmaceutical, Electronics

Features & Specifications

No.	Model	Efficiency	W (mm)	H (mm)	D (mm)	Airflow (CMM)	Airflow (CMH)	Initial PD (Pa)
1	ATMMC-Z-ES4Z	99.9995%@0.1-0.15μm	457	457	90	6.0	360	186
2	ATMMC-Z-ES4Z	99.9995%@0.1-0.15μm	457	610	90	8.5	510	186
3	ATMMC-17-ES4Z	99.9995%@0.1-0.15μm	610	610	90	12.0	720	186
4	ATMMC-Z-ES4Z	99.9995%@0.1-0.15μm	762	610	90	15.0	900	186
5	ATMMC-Z-ES4Z	99.9995%@0.1-0.15μm	915	610	90	18.0	1080	186
6	ATMMC-Z-ES4Z	99.9995%@0.1-0.15μm	1220	610	90	24.5	1470	186

LINE @baisheng

Email：sales@baisheng-tech.com

Phone：+886-2-25981958

Detailed Description

This heat-resistant ATMMC variant is designed for processes that require ULPA-grade filtration at elevated operating temperature (120°C). Compared to the standard ATMMC, this version has upgraded heat-resistance specifications.

Materials & Construction

Property	Specification
Filter frame	STAINLESS STEEL
Media	GLASS PAPER
Max. temperature	120°C (Max. 180°C/1h)
Separator	ALUMINUM
Gasket	SILICONE
Grille (downstream)	-
Grille (upstream)	-
Sealant	SILICONE
Max airflow	Can be calculated on request
Max final PD (Pa)	372

Airflow vs Pressure Drop (representative)

Representative curves for 1220×610 mm units. ULPA pressure drop is slightly higher than HEPA (expected).

Applications

- Cooling zones of pharmaceutical depyrogenation tunnels - High-temperature aseptic filling zones - ULPA sections of biopharmaceutical processes

Selection Notes

- For temperatures above 120°C, consult Nippon Muki for options. - Single standard size series. - For ambient-temperature ULPA, standard ATMMC is more economical.