Ceiling-Type HEPA Filter with Gel Seal

H13 – H14 ABSOLUTE FILTRATION

Ceiling-Type HEPA Filter with Gel Seal

The Ceiling-Type HEPA Filter with Gel Seal is an H13 and H14 class absolute filter with an aluminium frame, used for final-stage filtration in cleanrooms, laminar airflow units and controlled areas requiring high air purity. The liquid gel sealing system supports the formation of a controlled and continuous sealing structure at the interface between the filter and the terminal housing.

FILTER STANDARD

EN 1822 / ISO 29463

FILTER CLASS

H13 – H14

SEALING

Liquid Gel Seal

MAXIMUM TEMPERATURE

80°C

What Is a HEPA Filter with Gel Seal?

In HEPA filters with gel seals, the continuous gel channel on the filter frame mates with the knife-edge counterpart in the terminal filter housing. As the knife-edge profile enters the gel in a controlled manner, a continuous sealing line is formed around the filter perimeter.

High-quality glass fibre filter media is fixed in a uniform mini-pleat geometry using a hot-melt separator system. Together with the aluminium frame, two-component polyurethane sealing compound and face protection plates, it provides a compact and durable terminal filtration structure.

Filtration and Sealing Process

Filter Installation

The filter is correctly positioned in the mounting recess of the terminal housing.

Gel Channel Engagement

The terminal housing knife-edge profile enters the gel channel in a controlled manner.

Perimeter Sealing

The gel forms a continuous and flexible sealing line around the filter perimeter.

Particle Filtration

Air passes through H13 or H14 class glass fibre filter media.

Controlled Air Supply

Filtered air is supplied to the cleanroom or laminar airflow zone.

Technical Specifications

Filter Standard	EN 1822 and ISO 29463	Maximum Operating Temperature	80°C
Filter Class	H13 and H14	Face Protection	Paint-coated aluminium sheet
Filter Media	High-quality glass fibre	Gasket	Liquid gel seal
Frame Type	Aluminium	Sealing Compound	Two-component polyurethane
Recommended Final Pressure Drop	2 times the initial pressure drop, maximum 600 Pa	Separator	Hot melt

Flexible Gel Structure
The gel material helps retain its elastic sealing characteristics under suitable storage and operating conditions.

Individual Testing Option
Filters can be supplied with individual testing and certification options based on EN 1822 or ISO 29463.

Uniform Air Distribution
The uniform mini-pleat geometry supports balanced air velocity distribution across the filter surface.

Wide Product Range
Product depth options of 71, 80, 91, 104, 128 and 150 mm are available.

Product Coding System

Filter Type	Filter Class	Frame	Pleat Height	Design	Dimensions	Face Protection	Gasket
AR: Ceiling-Type HEPA Filter with Gel Seal	H13 H14	A: Aluminium	N: 42 mm J: 55 mm M: 68 mm L: 92 mm X: 115 mm	J: Gel type	Width × Height × Depth Example: 610 × 610 × 71 mm	FB: Both sides	G: Gel seal

Coding example:
AR-H14-A-L-J-610-610-128-FB-G

71 mm Depth – 42 mm Pleat Height

Compact H13 and H14 class ceiling-type HEPA filter models with gel seals.

Filter Model	EN 1822	ISO 29463	Dimensions W×H×D (mm)	Filter Area (m²)	Pleat Height (mm)	Nominal Airflow (m³/h)	Initial Pressure Drop (Pa)
AR-H13-A-N-J-305-305-71-FB-G	H13	ISO 35 H	305×305×71	2.3	42	150	100
AR-H13-A-N-J-305-610-71-FB-G	H13	ISO 35 H	305×610×71	4.5	42	300	100
AR-H13-A-N-J-457-457-71-FB-G	H13	ISO 35 H	457×457×71	5	42	340	100
AR-H13-A-N-J-610-610-71-FB-G	H13	ISO 35 H	610×610×71	9	42	600	100
AR-H13-A-N-J-610-915-71-FB-G	H13	ISO 35 H	610×915×71	13.5	42	900	100
AR-H13-A-N-J-610-1220-71-FB-G	H13	ISO 35 H	610×1220×71	18	42	1200	100
AR-H13-A-N-J-762-915-71-FB-G	H13	ISO 35 H	762×915×71	16.9	42	1130	100
AR-H13-A-N-J-915-915-71-FB-G	H13	ISO 35 H	915×915×71	20.3	42	1350	100
AR-H14-A-N-J-305-305-71-FB-G	H14	ISO 45 H	305×305×71	2.4	42	150	125
AR-H14-A-N-J-305-610-71-FB-G	H14	ISO 45 H	305×610×71	4.7	42	300	125
AR-H14-A-N-J-457-457-71-FB-G	H14	ISO 45 H	457×457×71	5.3	42	340	125
AR-H14-A-N-J-610-610-71-FB-G	H14	ISO 45 H	610×610×71	9.4	42	600	125
AR-H14-A-N-J-610-915-71-FB-G	H14	ISO 45 H	610×915×71	14	42	900	125
AR-H14-A-N-J-610-1220-71-FB-G	H14	ISO 45 H	610×1220×71	18.8	42	1200	125
AR-H14-A-N-J-762-915-71-FB-G	H14	ISO 45 H	762×915×71	17.6	42	1130	125
AR-H14-A-N-J-915-915-71-FB-G	H14	ISO 45 H	915×915×71	21.2	42	1350	125

80 mm Depth – 42 mm Pleat Height

Filter Model	EN 1822	ISO 29463	Dimensions W×H×D (mm)	Filter Area (m²)	Pleat Height (mm)	Nominal Airflow (m³/h)	Initial Pressure Drop (Pa)
AR-H13-A-N-J-305-305-80-FB-G	H13	ISO 35 H	305×305×80	2.3	42	150	100
AR-H13-A-N-J-305-610-80-FB-G	H13	ISO 35 H	305×610×80	4.5	42	300	100
AR-H13-A-N-J-457-457-80-FB-G	H13	ISO 35 H	457×457×80	5	42	340	100
AR-H13-A-N-J-610-610-80-FB-G	H13	ISO 35 H	610×610×80	9	42	600	100
AR-H13-A-N-J-610-915-80-FB-G	H13	ISO 35 H	610×915×80	13.5	42	900	100
AR-H13-A-N-J-610-1220-80-FB-G	H13	ISO 35 H	610×1220×80	18	42	1200	100
AR-H13-A-N-J-762-915-80-FB-G	H13	ISO 35 H	762×915×80	16.9	42	1130	100
AR-H13-A-N-J-915-915-80-FB-G	H13	ISO 35 H	915×915×80	20.3	42	1350	100
AR-H14-A-N-J-305-305-80-FB-G	H14	ISO 45 H	305×305×80	2.4	42	150	125
AR-H14-A-N-J-305-610-80-FB-G	H14	ISO 45 H	305×610×80	4.7	42	300	125
AR-H14-A-N-J-457-457-80-FB-G	H14	ISO 45 H	457×457×80	5.3	42	340	125
AR-H14-A-N-J-610-610-80-FB-G	H14	ISO 45 H	610×610×80	9.4	42	600	125
AR-H14-A-N-J-610-915-80-FB-G	H14	ISO 45 H	610×915×80	14	42	900	125
AR-H14-A-N-J-610-1220-80-FB-G	H14	ISO 45 H	610×1220×80	18.8	42	1200	125
AR-H14-A-N-J-762-915-80-FB-G	H14	ISO 45 H	762×915×80	17.6	42	1130	125
AR-H14-A-N-J-915-915-80-FB-G	H14	ISO 45 H	915×915×80	21.2	42	1350	125

91 mm Depth – 55 mm Pleat Height

Filter Model	EN 1822	ISO 29463	Dimensions W×H×D (mm)	Filter Area (m²)	Pleat Height (mm)	Nominal Airflow (m³/h)	Initial Pressure Drop (Pa)
AR-H13-A-J-J-305-305-91-FB-G	H13	ISO 35 H	305×305×91	2.7	55	150	90
AR-H13-A-J-J-305-610-91-FB-G	H13	ISO 35 H	305×610×91	5.4	55	300	90
AR-H13-A-J-J-457-457-91-FB-G	H13	ISO 35 H	457×457×91	6	55	340	90
AR-H13-A-J-J-610-610-91-FB-G	H13	ISO 35 H	610×610×91	10.7	55	600	90
AR-H13-A-J-J-610-915-91-FB-G	H13	ISO 35 H	610×915×91	16	55	900	90
AR-H13-A-J-J-610-1220-91-FB-G	H13	ISO 35 H	610×1220×91	21.4	55	1200	90
AR-H13-A-J-J-762-915-91-FB-G	H13	ISO 35 H	762×915×91	20	55	1130	90
AR-H13-A-J-J-915-915-91-FB-G	H13	ISO 35 H	915×915×91	24	55	1350	90
AR-H14-A-J-J-305-305-91-FB-G	H14	ISO 45 H	305×305×91	2.8	55	150	115
AR-H14-A-J-J-305-610-91-FB-G	H14	ISO 45 H	305×610×91	5.7	55	300	115
AR-H14-A-J-J-457-457-91-FB-G	H14	ISO 45 H	457×457×91	6.3	55	340	115
AR-H14-A-J-J-610-610-91-FB-G	H14	ISO 45 H	610×610×91	11.3	55	600	115
AR-H14-A-J-J-610-915-91-FB-G	H14	ISO 45 H	610×915×91	17	55	900	115
AR-H14-A-J-J-610-1220-91-FB-G	H14	ISO 45 H	610×1220×91	22.6	55	1200	115
AR-H14-A-J-J-762-915-91-FB-G	H14	ISO 45 H	762×915×91	21.6	55	1130	115
AR-H14-A-J-J-915-915-91-FB-G	H14	ISO 45 H	915×915×91	25.5	55	1350	115

104 mm Depth – 68 mm Pleat Height

Filter Model	EN 1822	ISO 29463	Dimensions W×H×D (mm)	Filter Area (m²)	Pleat Height (mm)	Nominal Airflow (m³/h)	Initial Pressure Drop (Pa)
AR-H13-A-M-J-305-305-104-FB-G	H13	ISO 35 H	305×305×104	3	68	150	85
AR-H13-A-M-J-305-610-104-FB-G	H13	ISO 35 H	305×610×104	6.2	68	300	85
AR-H13-A-M-J-457-457-104-FB-G	H13	ISO 35 H	457×457×104	7	68	340	85
AR-H13-A-M-J-610-610-104-FB-G	H13	ISO 35 H	610×610×104	12.4	68	600	85
AR-H13-A-M-J-610-915-104-FB-G	H13	ISO 35 H	610×915×104	18.6	68	900	85
AR-H13-A-M-J-610-1220-104-FB-G	H13	ISO 35 H	610×1220×104	24.9	68	1200	85
AR-H13-A-M-J-762-915-104-FB-G	H13	ISO 35 H	762×915×104	23.3	68	1130	85
AR-H13-A-M-J-915-915-104-FB-G	H13	ISO 35 H	915×915×104	28	68	1350	85
AR-H14-A-M-J-305-305-104-FB-G	H14	ISO 45 H	305×305×104	3.3	68	150	100
AR-H14-A-M-J-305-610-104-FB-G	H14	ISO 45 H	305×610×104	6.5	68	300	100
AR-H14-A-M-J-457-457-104-FB-G	H14	ISO 45 H	457×457×104	7.4	68	340	100
AR-H14-A-M-J-610-610-104-FB-G	H14	ISO 45 H	610×610×104	13	68	600	100
AR-H14-A-M-J-610-915-104-FB-G	H14	ISO 45 H	610×915×104	19.6	68	900	100
AR-H14-A-M-J-610-1220-104-FB-G	H14	ISO 45 H	610×1220×104	26.2	68	1200	100
AR-H14-A-M-J-762-915-104-FB-G	H14	ISO 45 H	762×915×104	24.5	68	1130	100
AR-H14-A-M-J-915-915-104-FB-G	H14	ISO 45 H	915×915×104	29.5	68	1350	100

128 mm Depth – 92 mm Pleat Height

Filter Model	EN 1822	ISO 29463	Dimensions W×H×D (mm)	Filter Area (m²)	Pleat Height (mm)	Nominal Airflow (m³/h)	Initial Pressure Drop (Pa)
AR-H13-A-L-J-305-305-128-FB-G	H13	ISO 35 H	305×305×128	4.5	92	150	65
AR-H13-A-L-J-305-610-128-FB-G	H13	ISO 35 H	305×610×128	9	92	300	65
AR-H13-A-L-J-457-457-128-FB-G	H13	ISO 35 H	457×457×128	10	92	340	65
AR-H13-A-L-J-610-610-128-FB-G	H13	ISO 35 H	610×610×128	18	92	600	65
AR-H13-A-L-J-610-915-128-FB-G	H13	ISO 35 H	610×915×128	27	92	900	65
AR-H13-A-L-J-610-1220-128-FB-G	H13	ISO 35 H	610×1220×128	36	92	1200	65
AR-H13-A-L-J-762-915-128-FB-G	H13	ISO 35 H	762×915×128	33.4	92	1130	65
AR-H13-A-L-J-915-915-128-FB-G	H13	ISO 35 H	915×915×128	40.5	92	1350	65
AR-H14-A-L-J-305-305-128-FB-G	H14	ISO 45 H	305×305×128	4.7	92	150	80
AR-H14-A-L-J-305-610-128-FB-G	H14	ISO 45 H	305×610×128	9.4	92	300	80
AR-H14-A-L-J-457-457-128-FB-G	H14	ISO 45 H	457×457×128	10.5	92	340	80
AR-H14-A-L-J-610-610-128-FB-G	H14	ISO 45 H	610×610×128	18.8	92	600	80
AR-H14-A-L-J-610-915-128-FB-G	H14	ISO 45 H	610×915×128	28.2	92	900	80
AR-H14-A-L-J-610-1220-128-FB-G	H14	ISO 45 H	610×1220×128	37.6	92	1200	80
AR-H14-A-L-J-762-915-128-FB-G	H14	ISO 45 H	762×915×128	35.2	92	1130	80
AR-H14-A-L-J-915-915-128-FB-G	H14	ISO 45 H	915×915×128	42.3	92	1350	80

150 mm Depth – 115 mm Pleat Height

Models for applications requiring a large filtration area and low initial pressure drop.

Filter Model	EN 1822	ISO 29463	Dimensions W×H×D (mm)	Filter Area (m²)	Pleat Height (mm)	Nominal Airflow (m³/h)	Initial Pressure Drop (Pa)
AR-H13-A-X-J-305-305-150-FB-G	H13	ISO 35 H	305×305×150	5.6	115	150	55
AR-H13-A-X-J-305-610-150-FB-G	H13	ISO 35 H	305×610×150	11.3	115	300	55
AR-H13-A-X-J-457-457-150-FB-G	H13	ISO 35 H	457×457×150	12.6	115	340	55
AR-H13-A-X-J-610-610-150-FB-G	H13	ISO 35 H	610×610×150	22.5	115	600	55
AR-H13-A-X-J-610-915-150-FB-G	H13	ISO 35 H	610×915×150	33.8	115	900	55
AR-H13-A-X-J-610-1220-150-FB-G	H13	ISO 35 H	610×1220×150	45	115	1200	55
AR-H14-A-X-J-305-305-150-FB-G	H14	ISO 45 H	305×305×150	5.9	115	150	70
AR-H14-A-X-J-305-610-150-FB-G	H14	ISO 45 H	305×610×150	11.8	115	300	70
AR-H14-A-X-J-457-457-150-FB-G	H14	ISO 45 H	457×457×150	13.2	115	340	70
AR-H14-A-X-J-610-610-150-FB-G	H14	ISO 45 H	610×610×150	23.5	115	600	70
AR-H14-A-X-J-610-915-150-FB-G	H14	ISO 45 H	610×915×150	35.3	115	900	70
AR-H14-A-X-J-610-1220-150-FB-G	H14	ISO 45 H	610×1220×150	47	115	1200	70

Production and tolerance note:
Custom dimensions can be manufactured. Initial differential pressure tolerance is ±10%.

Application Areas

Cleanrooms
Final-stage filtration in pharmaceutical, biotechnology, electronics and precision manufacturing cleanrooms.

LAF Units
Laminar airflow cabinets, workstations and clean-air modules.

Pharmaceutical Production Facilities
Sterile production, filling, packaging and controlled process areas.

Hospitals
Operating theatres, isolation rooms, intensive care units and controlled healthcare areas.

Microelectronics
Electronics and precision component production where particle control is critical.

Food and Beverage
Final-stage air filtration in hygienic processing, filling and packaging areas.

Product Advantages

H13 and H14 filter class options
Continuous liquid gel sealing channel
Compact aluminium-frame design
High-quality glass fibre filter media
Different pleat heights and product depths
Double-sided face protection plates
Individual testing and certification option
Custom-size manufacturing capability

Filter Selection Criteria

Required H13 or H14 filter class
Compatibility of terminal housing and knife-edge profile
Filter width, height and depth
Nominal airflow and face velocity
Initial and allowable final pressure drop
Cleanroom class and process conditions
Efficiency of the prefiltration stage
On-site integrity and leak tests

Installation, Inspection and Replacement

Pre-Installation Inspection
The frame, filter media, gel channel and face protection plates should be checked for physical damage.

Protection of the Gel Channel
Cutting, sharp or contaminating tools must not contact the gel channel, and the gel surface should be kept clean.

On-Site Verification
After installation, aerosol integrity testing, sealing inspection and airflow verification should be performed where required.

Filter Replacement
The filter should be replaced based on the final pressure limit, integrity test result, process risk or validation plan.

Technical Application Note

Actual on-site HEPA filter performance may vary depending on the filter class, individual test result, terminal housing geometry, knife-edge profile, condition of the gel channel, compression and installation accuracy, airflow, face velocity, pressure drop, prefiltration, temperature, humidity, aerosol test method and process conditions. Filter selection should not be based solely on nominal dimensions; mechanical compatibility with the terminal housing and on-site sealing verification should be evaluated together.

Let Us Select the Right HEPA Filter for Your Project

Contact Airtes for technical product selection and quotation based on filter class, airflow, terminal housing dimensions, gel channel configuration, pressure drop and testing requirements.

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Ceiling-Type HEPA Filter with Gel Seal