Camfil Filters for Operating Rooms – HEPA, CamHosp & LAF Ceiling Filtration

Camfil Filters for Operating Rooms provide high-efficiency air filtration and terminal clean-air solutions for surgical theatres, operating suites and other critical healthcare environments where airborne particulate contamination must be carefully controlled.

Operating rooms represent one of the most demanding areas within a hospital ventilation system. Air filtration must work together with airflow distribution, room pressure, ventilation rate, temperature, humidity, room layout, operating procedures and contamination-control measures.

Depending on the operating-room HVAC design, Camfil solutions can include Pre Filters, Fine Filters, HEPA Filters, terminal HEPA housings, CamHosp, CamHosp 2 and other high-efficiency filtration products.

For operating theatres using unidirectional airflow, Camfil's CamHosp system provides a dedicated terminal filtration ceiling containing final supply-air HEPA filters.

VIETPHAT supports customers requiring Camfil Filters for Operating Rooms with product identification, technical selection, replacement matching and quotation according to HEPA class, dimensions, airflow, pressure drop, media, frame, seal, housing type, installation location and operating-room HVAC requirements.

Why Air Filtration Is Critical in Operating Rooms

Operating theatres require careful control of airborne particulate contamination because surgical procedures can expose critical areas directly to the surrounding environment.

Potential airborne contamination sources include:

• Outdoor air entering through the ventilation system.
• Personnel inside the operating room.
• Textiles and garments.
• Movement of people and equipment.
• Particles generated during medical procedures.
• Door opening and traffic.
• Particles entering from adjacent spaces.
• Internal surfaces and equipment.

High-efficiency filtration can help reduce airborne particulate concentration in the supplied air, but filtration is only one component of the complete operating-room contamination-control strategy.

Camfil Operating Room Air Filtration Solutions

Camfil maintains a dedicated healthcare filtration portfolio covering operating theatres as well as AHUs, isolation rooms, patient rooms, laboratories, pharmacies and other hospital environments.

For operating rooms, the filtration system can generally be considered in several stages:

• Outdoor-air or AHU pre-filtration.
• Fine particulate filtration.
• High-efficiency filtration where required.
• Terminal HEPA filtration.
• Unidirectional airflow ceiling filtration for selected operating theatres.

Typical Multi-Stage Filtration for Operating Rooms

A conceptual operating-room air-filtration arrangement can be:

Outdoor Air → Pre Filter → Fine Filter → AHU → HEPA / Terminal HEPA → Operating Room

For an operating room using a unidirectional airflow ceiling:

Outdoor Air → AHU Pre/Fine Filtration → Conditioned Supply Air → CamHosp / Terminal HEPA → Unidirectional Clean Air → Surgical Zone

The actual filter classes and configuration should follow the healthcare project design and applicable requirements rather than being selected from this simplified sequence alone.

Camfil Pre Filters for Operating Room AHUs

Pre Filters normally form the first particulate-filtration stage in an Air Handling Unit serving an operating theatre.

Their functions can include:

• Capturing larger airborne particles.
• Protecting AHU coils.
• Reducing contamination inside the AHU.
• Protecting downstream Fine Filters.
• Reducing dust loading on downstream HEPA Filters.
• Supporting longer downstream filter service life.

Pre-filtration efficiency should be selected according to outdoor-air conditions, AHU design and downstream filtration requirements.

Camfil Fine Filters for Operating Room AHUs

Fine Filters provide an intermediate or final AHU particulate-filtration stage before air reaches the terminal HEPA filtration system.

Depending on the system, Camfil solutions can include:

• Bag Filters.
• Compact Filters.
• Fine Panel Filters.
• ePM1 Filters.

General ventilation filters should preferably be specified according to current ISO 16890 performance data.

ISO 16890 and Operating Room AHU Filters

ISO 16890 classifies General Ventilation Filters according to their measured performance against particulate matter fractions:

• ISO Coarse.
• ePM10.
• ePM2.5.
• ePM1.

Older hospital specifications can still contain classifications such as G4, M5, M6, F7, F8 and F9 from the former EN 779 system.

These legacy classifications should not automatically be treated as exact one-to-one equivalents of ISO 16890 classes.

ePM1 Filter vs HEPA Filter in Operating Rooms

An ePM1 filter and a HEPA Filter serve different performance levels.

Parameter	ePM1 Filter	HEPA Filter
Typical Standard	ISO 16890	EN 1822 / ISO 29463
Main Application	General ventilation fine filtration	High-efficiency final filtration
Operating Room Role	Typically AHU upstream filtration	Final / terminal filtration where specified
Equivalent?	No	No

ePM1 filtration should not be treated as equivalent to H13 or H14 HEPA filtration.

Camfil HEPA Filters for Operating Rooms

HEPA Filters provide high-efficiency removal of airborne particles and are commonly associated with critical healthcare environments.

Depending on the operating-room design, HEPA Filters can be installed:

• Within an AHU.
• Within a dedicated downstream housing.
• At terminal supply-air locations.
• Within a unidirectional airflow ceiling.

The final location and filter class should be defined by the HVAC and contamination-control design.

Camfil H13 Filters for Operating Rooms

Under EN 1822, H13 is a HEPA classification with minimum overall efficiency at the Most Penetrating Particle Size (MPPS) of:

H13 ≥ 99.95% at MPPS

An H13 Filter can be considered for an operating-room application when this performance satisfies the applicable design requirements.

Camfil H14 Filters for Operating Rooms

H14 provides a higher HEPA filtration level:

H14 ≥ 99.995% overall efficiency at MPPS

Camfil offers H14 configurations across selected HEPA product families.

H14 may be selected for critical operating-room applications where this filtration performance is specified.

H13 vs H14 for Operating Rooms

Parameter	H13	H14
Filter Category	HEPA	HEPA
Overall Efficiency at MPPS	≥99.95%	≥99.995%
Application	Project dependent	Project dependent
Airflow	Product dependent	Product dependent
Pressure Drop	Product dependent	Product dependent

Does Every Operating Room Require H14?

No universal H14 requirement should be assumed solely because a room is an operating theatre.

Correct selection depends on:

• Type of surgery.
• Risk classification.
• Applicable healthcare standard.
• Ventilation concept.
• Airflow distribution.
• Required room cleanliness.
• Project specification.
• Local regulatory requirements.

The required HEPA class should therefore come from the engineering and healthcare requirements of the project.

Camfil CamHosp for Operating Rooms

CamHosp is Camfil's dedicated terminal filtration housing for operating rooms using unidirectional airflow.

The system contains the final supply-air HEPA Filters and is designed specifically for hospital operating theatres.

Current Camfil information identifies characteristics including:

• Final HEPA filtration for operating rooms.
• Unidirectional airflow.
• Airtight casing construction.
• Filter testing provisions.
• Filter monitoring provisions.
• Materials complying with relevant ISO 14644-3 requirements.
• Long-term casing tightness classification according to EN 1886.

What Is a CamHosp Operating Room Ceiling?

CamHosp combines terminal HEPA filtration with an airflow-distribution ceiling.

The system is intended to supply highly filtered air over a defined critical area of the operating theatre.

This can help create a controlled clean-air zone around:

• The operating table.
• The surgical field.
• Surgical personnel.
• Sterile instruments within the protected area.

Actual performance depends on the complete operating-room design and validation.

Camfil CamHosp 2

CamHosp 2 is the current modular development within the CamHosp operating-room ceiling family.

Camfil describes CamHosp 2 as a modular filtration ceiling with unidirectional airflow designed for operating theatres.

Current manufacturer characteristics include:

• Modular design.
• Factory-assembled and sealed modules.
• Secure assembly.
• Airtight continuously welded platform.
• Mechanically created airtight joints between modules.
• Operating-room-side filter installation.
• Accessible test connection.
• Pressure-loss measurement capability.
• Test aerosol sampling capability.
• Conformity to NFS 90-351 for identified risk areas.

CamHosp vs CamHosp 2

Feature	CamHosp	CamHosp 2
Application	Operating rooms	Operating theatres
Airflow Concept	Unidirectional airflow	Unidirectional airflow
Final Filtration	HEPA	HEPA-compatible modular ceiling design
Construction	Airtight terminal ceiling	Modular factory-assembled sections
Testing	Filter testing/monitoring provisions	Accessible test connector

The exact configuration should be selected according to the operating-room project and current Camfil technical documentation.

Camfil LAF Ceiling for Operating Rooms

LAF is commonly used to describe Laminar Air Flow, although the more technically appropriate term in many standards is unidirectional airflow.

A Camfil operating-room filtration ceiling can provide HEPA-filtered supply air across a large terminal area above the surgical zone.

The objective is to create controlled clean airflow across the critical area rather than relying only on small conventional supply diffusers.

How Unidirectional Airflow Works

In a correctly designed system, conditioned air passes through terminal HEPA Filters and enters the operating room across a relatively large ceiling area.

The airflow then moves through the critical surgical zone toward the room return or exhaust locations.

Performance can depend on:

• Supply airflow.
• HEPA filter area.
• Air velocity.
• Airflow uniformity.
• Ceiling dimensions.
• Room geometry.
• Return-air location.
• Equipment placement.
• Personnel position.
• Thermal plumes.

CamHosp and ISO 14644-3

Camfil states that materials used in CamHosp comply with relevant requirements of ISO 14644-3, and that filter testing and monitoring can be performed according to ISO 14644-3.

This is particularly relevant when verifying installed high-efficiency filtration systems.

However, equipment compliance should not be confused with automatic room classification.

HEPA Filter Class vs Operating Room Cleanliness

An important technical distinction is:

H13 / H14 = Filter performance.

Room cleanliness = Performance of the complete controlled environment.

Installing an H14 Filter does not automatically make an operating theatre ISO Class 5, ISO Class 6 or another cleanroom class.

Room cleanliness depends on factors including:

• Supply-air cleanliness.
• Airflow rate.
• Air distribution.
• Particle generation.
• Room pressure.
• Personnel.
• Door openings.
• Operating conditions.

Camfil Terminal HEPA Housings for Operating Rooms

Camfil's terminal HEPA housing portfolio includes solutions for healthcare, cleanroom, Life Science and other contamination-sensitive environments.

Terminal filtration places the high-efficiency filter close to the point where clean air enters the controlled room.

This arrangement can reduce the length of ductwork located downstream of the final HEPA Filter.

Why Terminal HEPA Filtration Is Important

If a final HEPA Filter is installed far upstream, downstream ductwork can potentially introduce additional particulate contamination or leakage.

Terminal filtration places the final filtration stage close to the protected environment.

Potential advantages include:

• Final filtration near the room.
• Reduced downstream contamination path.
• Access to installed integrity testing.
• Compatibility with controlled airflow distribution.

Camfil Absolute HEPA Filters

Camfil's Absolute family provides EPA and HEPA filtration for critical applications.

Depending on the product family, configurations can include:

• H13.
• H14.
• Box-type HEPA Filters.
• V-Bank HEPA Filters.
• High-airflow configurations.
• Low-pressure-drop configurations.
• Supply-air applications.
• Exhaust-air applications.

The specific filter used in an operating-room system should be selected according to the housing and system design rather than choosing an Absolute model solely because it carries a HEPA classification.

Camfil Absolute V

Absolute V is Camfil's V-Bank HEPA family for high-airflow applications.

Camfil states that each Absolute V Filter is individually tested and certified according to EN 1822 with a separate scan-test protocol and serialized product label.

The V-Bank arrangement provides a large filtration area within a relatively compact filter depth.

Camfil Absolute VGXL / VGXXL ProSafe

Selected Absolute VGXL and VGXXL ProSafe products are designed for hygienic and aseptic supply or exhaust systems requiring high airflow and comparatively low pressure drop.

Current Camfil information identifies:

• HEPA configurations including selected H13/H14 models.
• High airflow capability.
• V-shaped pleat arrangement.
• Glass-fiber media.
• Strong airtight frame.
• Individual scan testing.

These products may form part of appropriate healthcare HVAC designs, but they should not automatically be substituted for dedicated terminal operating-room filters.

Operating Room Supply Air vs Terminal Filtration

Location	Typical Purpose
AHU Pre Filter	Remove larger particulate contamination
AHU Fine Filter	Reduce fine particulate loading
AHU HEPA where specified	High-efficiency upstream filtration
Terminal HEPA	Final particulate filtration near operating room
CamHosp Ceiling	Final HEPA filtration plus unidirectional airflow distribution

Operating Room Positive Pressure

Many operating-room ventilation designs use positive pressure relative to selected adjacent areas to help control inward contaminant migration.

However:

HEPA filtration does not create positive pressure.

Positive pressure is created by the airflow balance between supply, return, exhaust and leakage paths.

The two functions should therefore be considered separately:

• HEPA Filter: controls airborne particulate contamination.
• Airflow Balance: controls room pressure relationship.

Operating Room Air Changes

Air-change rate is another system parameter that should not be confused with filter efficiency.

The required air-change rate depends on applicable healthcare requirements and the operating-room design.

There is no universal air-change rate that can be derived simply from selecting an H13 or H14 Filter.

HEPA Filtration and Surgical Site Infection

High-efficiency filtration can help reduce airborne particulate contamination within the ventilation system.

However, a Camfil HEPA Filter should not be described as independently guaranteeing prevention of surgical site infection.

Infection risk is influenced by multiple factors including:

• Surgical procedure.
• Patient factors.
• Personnel practices.
• Sterilization.
• Surface hygiene.
• Airflow.
• Ventilation.
• Environmental contamination.

Air filtration is therefore one part of the overall infection-control strategy.

HEPA Filter vs Air Sterilization

A HEPA Filter primarily removes particles from an airstream.

It should not automatically be described as an air sterilizer.

Technology	Main Function
HEPA	High-efficiency particulate removal
UVGI / UVC	Microbial inactivation under appropriate conditions
Molecular Filter	Selected gas and VOC control
Ventilation	Dilution and removal of airborne contaminants
Pressure Control	Control of airflow direction between spaces

Camfil HEPA Filters and EN 1822

EN 1822 is widely used for classification and testing of EPA, HEPA and ULPA Filters.

Relevant classifications include:

• E10–E12: EPA.
• H13–H14: HEPA.
• U15–U17: ULPA.

For operating-room applications, the required class should follow the project requirements rather than automatically selecting the highest available filter class.

Camfil HEPA Filters and ISO 29463

ISO 29463 provides an international framework for high-efficiency filter classification and testing.

Current Camfil high-efficiency filter documentation references EN 1822 and/or ISO 29463 depending on product.

For critical hospital installations, procurement specifications should define any required individual test certificate or protocol.

Factory HEPA Testing

A critical HEPA Filter should have documented manufacturer performance appropriate to the specified filter class.

Factory testing verifies the filter before installation.

However, factory testing does not prove that the complete installed system remains leak-free after transport and installation.

Installed HEPA Integrity Testing

Installed integrity testing can identify leakage through:

• Damaged filter media.
• Filter-frame defects.
• Sealant.
• Gasket.
• Gel seal.
• Housing.
• Filter-to-housing interface.

This is particularly important in critical operating-room terminal filtration systems.

Factory Test vs Installed Integrity Test

Test	Purpose
Factory HEPA Test	Verify manufactured filter performance
Installed Integrity Test	Check filter, seal and housing after installation

Both can be important, but they verify different aspects of filtration performance.

Why Filter Sealing Matters in Operating Rooms

A high-efficiency filter cannot provide its intended installed performance if untreated air bypasses the filter.

Potential sealing arrangements include:

• Gasket seals.
• Gel seals.
• Knife-edge interfaces.
• Product-specific clamping systems.

Replacement filters must therefore be compatible with the existing terminal housing.

CamHosp Filter Testing and Monitoring

Camfil's CamHosp design incorporates provisions for filter testing and monitoring.

CamHosp 2 also provides an accessible test connector from the operating theatre for:

• Pressure-loss measurement.
• Test aerosol sampling.

These provisions can support maintenance and verification of the terminal filtration system.

Pressure Drop in Operating Room HEPA Systems

Pressure drop is a critical filter-selection parameter because the operating-room ventilation system must maintain the required airflow despite filter resistance.

Increasing resistance can affect:

• Supply airflow.
• Air-change rate.
• Room pressure.
• Air velocity through terminal filters.
• Airflow uniformity.
• Fan-energy consumption.

Filter efficiency should therefore be evaluated together with pressure drop.

Low Pressure Drop and Hospital Energy Consumption

Operating-room ventilation can operate for long periods and may require significant airflow.

A suitable filter with lower average operating resistance can help reduce fan-energy requirements where the ventilation system responds accordingly.

Lifecycle evaluation should therefore consider:

• Filter purchase price.
• Initial pressure drop.
• Average operating pressure drop.
• Fan energy.
• Filter service life.
• Replacement frequency.
• Maintenance labor.
• Disposal.

Camfil Replacement Filters for Operating Rooms

When replacing an existing Camfil Operating Room Filter, identify:

• Camfil product family.
• Article number.
• HEPA class.
• Width.
• Height.
• Depth.
• Rated airflow.
• Initial pressure drop.
• Media.
• Frame material.
• Seal type.
• Housing model.
• Installation position.
• Required testing documentation.
• Quantity.

Dimensions Alone Are Not Enough

Two HEPA Filters with identical external dimensions can have different:

• Efficiency classes.
• Airflow ratings.
• Pressure drops.
• Media constructions.
• Frame materials.
• Seal arrangements.
• Testing requirements.

For operating-room applications, replacement should therefore never be based solely on dimensions.

Replacing an Old Camfil Operating Room Filter

If the original article number is unavailable, replacement identification can start from:

• Photo of the existing label.
• Old Camfil model.
• Previous purchase record.
• Original hospital specification.
• Old datasheet.
• Terminal housing model.
• Dimensions.
• HEPA class.
• Airflow.
• Pressure drop.
• Seal configuration.

Can Another Brand Replace a Camfil Operating Room Filter?

A technically compatible alternative can be evaluated where substitution is permitted.

The comparison should include:

• HEPA class.
• Testing standard.
• Dimensions.
• Airflow.
• Initial pressure drop.
• Media.
• Frame.
• Seal configuration.
• Housing compatibility.
• Individual test documentation.

For validated critical healthcare environments, changing filter manufacturer or construction may require technical approval and requalification.

Can H14 Replace H13 in an Operating Room?

Potentially, but it should not be treated as an automatic upgrade.

Before changing from H13 to H14, check:

• Project requirement.
• Rated airflow.
• Initial pressure drop.
• Fan available static pressure.
• Terminal airflow velocity.
• Housing compatibility.
• Seal type.
• Room pressure.
• Air-change requirements.
• Validation requirements.

Can Camfil Operating Room HEPA Filters Be Washed?

HEPA Filters are generally disposable and should not be washed unless the exact manufacturer documentation explicitly states that the product is washable.

Washing can damage:

• HEPA media.
• Pleat structure.
• Separators.
• Sealant.
• Frame.
• Gaskets.

When Should Operating Room HEPA Filters Be Replaced?

There is no universal replacement interval applicable to every operating-room HEPA Filter.

Replacement can depend on:

• Differential pressure.
• Operating hours.
• Particle loading.
• Physical condition.
• Integrity-test results.
• Manufacturer limits.
• Hospital maintenance procedures.
• Validation requirements.

Critical terminal HEPA systems should be managed according to the hospital's engineering and validation program rather than relying solely on an arbitrary calendar interval.

How to Select Camfil Filters for Operating Rooms

1. Define the Operating Room Type

Identify the clinical application and required risk classification.

2. Define the Ventilation Concept

Determine whether the room uses conventional turbulent ventilation, terminal HEPA filtration or unidirectional airflow.

3. Define Required HEPA Class

Specify H13, H14 or another class according to the project.

4. Identify the Filtration Location

Determine whether the filter is installed in the AHU, duct, terminal housing or CamHosp ceiling.

5. Confirm Dimensions

Provide:

Width × Height × Depth (W × H × D)

6. Confirm Rated Airflow

Specify airflow in m³/h.

7. Confirm Pressure Drop

Provide the existing or required initial pressure drop in Pa.

8. Confirm Seal Type

Identify gasket, gel, knife-edge or other interface.

9. Define Testing Requirements

Specify individual filter certificates and installed integrity-testing requirements.

10. Confirm Quantity

Provide the required quantity by filter type and installation location.

Recommended Camfil Filtration Structure for Operating Rooms

Stage	Function	Possible Camfil Solution
Stage 1	Coarse / upstream particle control	Camfil Pre Filter
Stage 2	Fine particulate filtration	Camfil Fine / ePM1 Filter
Stage 3	High-efficiency filtration where required	Camfil Absolute HEPA
Terminal	Final filtration close to operating room	Terminal HEPA Filter
Critical Surgical Zone	HEPA + unidirectional airflow	CamHosp / CamHosp 2

This table is a conceptual selection guide rather than a universal operating-room specification.

Camfil Filters for Operating Rooms Price

Camfil Filters for Operating Rooms price depends on the exact technical requirements.

Important factors include:

• Camfil product family.
• Article number.
• H13 / H14 or other efficiency class.
• Dimensions.
• Rated airflow.
• Pressure drop.
• Media.
• Frame.
• Seal.
• Individual testing.
• Test documentation.
• Terminal housing configuration.
• CamHosp system configuration.
• Quantity.
• Current availability and lead time.

There is therefore no single standard Camfil Operating Room Filter price applicable to every project.

Camfil Filters for Operating Rooms Quotation

For an accurate quotation, prepare the following information:

Parameter	Information Required
Brand	Camfil
Product Family	CamHosp / CamHosp 2 / Absolute / Terminal HEPA / Other
Article Number	Exact code where available
Filter Class	H13 / H14 / Other
Dimensions	W × H × D mm
Rated Airflow	m³/h
Initial Pressure Drop	Pa
Seal	Gasket / Gel / Knife Edge / Other
Housing	Existing terminal housing / CamHosp / Other
Application	Operating theatre / surgical room
Quantity	Required quantity
Documentation	Test protocol / certificate / validation requirement

Frequently Asked Questions About Camfil Filters for Operating Rooms

Does Camfil Manufacture Filters for Operating Rooms?

Yes. Camfil provides healthcare filtration solutions specifically covering operating theatres, including HEPA filtration and the CamHosp operating-room terminal ceiling system.

What Is Camfil CamHosp?

CamHosp is a terminal filter housing containing final supply-air HEPA Filters for operating rooms using unidirectional airflow.

What Is Camfil CamHosp 2?

CamHosp 2 is a modular unidirectional-flow filtration ceiling designed for operating theatres, with factory-assembled modules and provisions for testing and pressure-drop measurement.

What Is an Operating Room LAF Ceiling?

An LAF or unidirectional airflow ceiling supplies HEPA-filtered air across a relatively large ceiling area to provide controlled airflow over a critical surgical zone.

Can Camfil H13 Filters Be Used in Operating Rooms?

Yes, where H13 satisfies the applicable operating-room design and healthcare requirements.

Can Camfil H14 Filters Be Used in Operating Rooms?

Yes. Camfil offers selected H14 HEPA products for critical high-efficiency filtration applications.

Does Every Operating Room Need H14?

No universal H14 requirement should be assumed. Filter class should follow the project design, applicable healthcare requirements and risk classification.

Is ePM1 the Same as HEPA?

No. ePM1 is a General Ventilation Filter performance category under ISO 16890, while H13 and H14 are HEPA classifications under high-efficiency filter standards such as EN 1822.

Does H14 Automatically Make an Operating Room ISO Class 5?

No. HEPA class describes filter performance. Room cleanliness depends on the complete ventilation system, airflow, particle generation, room pressure and operating conditions.

Does a HEPA Filter Create Positive Pressure?

No. HEPA filtration removes particles. Positive pressure is created by the balance between supply, return, exhaust and leakage airflow.

Can HEPA Filters Reduce Airborne Particles Carrying Microorganisms?

HEPA Filters provide very high particulate-removal efficiency and can capture airborne particles and aerosols capable of carrying biological material. Filtration alone should not be interpreted as guaranteeing prevention of infection.

What Is Installed HEPA Integrity Testing?

Installed integrity testing checks the filter, seal and housing after installation for leakage or bypass that could compromise system performance.

Can Camfil Operating Room HEPA Filters Be Washed?

HEPA Filters are generally disposable and should not be washed unless the exact product documentation explicitly permits cleaning.

How Often Should Operating Room HEPA Filters Be Replaced?

Replacement depends on differential pressure, filter condition, integrity-test results, manufacturer limits and the hospital's maintenance and validation requirements.

Can Another Brand Replace a Camfil Operating Room Filter?

A technically compatible alternative may be evaluated where substitution is permitted, but efficiency, dimensions, airflow, pressure drop, seal, housing compatibility and testing documentation should all be reviewed.

Can H14 Replace an Existing H13 Filter?

Potentially, but the change should be reviewed for airflow, pressure drop, fan capacity, housing compatibility, room pressure and validation requirements before implementation.

What Information Is Needed for a Camfil Operating Room Filter Quotation?

Provide the Camfil model or article number, HEPA class, dimensions, airflow, pressure drop, seal, housing type, application, quantity and required test documentation.

Contact VIETPHAT for Camfil Filters for Operating Rooms

For consultation or quotation for Camfil Filters for Operating Rooms, CamHosp, CamHosp 2, H13/H14 HEPA Filters, terminal HEPA filtration and operating theatre LAF ceiling systems, please contact VIETPHAT:

• Zalo / Hotline: 0971 344 344
• Sales: 0827 077 078
• Sales: 0829 077 078
• Email: sales@vietphat.com
• Website: www.vietphat.com