Advantages
• Rated airflow capacity of up to 3400 m³/h 610×610 (H13)
• Halogen free
• Low outgassing
• Flexible in the dimensions
• Lightweight and installation friendly
• VDI 6022
• Scannable

Application: HEPA-Filter for high air flows
Type: Box Filter
Frame: ABS
Gasket: Polyurethane, endless foamed
Media: Glass fiber
Separator: Hot Melt
Sealant: Polyurethane
EN 1822 (Efficiency @ MPPS): H13(≥99,95%), H14(≥99,995%)
Rec. final pressure drop: 2x Initial pressure drop
Max. final pressure drop: 1000 Pa
Temperature max: 70ºC
RH. max: 100%
Remarks: All filters scan-tested acc. EN 1822:2009

Advantages
• High air flow
• Low pressure drop
• Optimized, compact construction
• High efficiency
• Halogen free
• VDI 6022
• Applicable up to 6000 m³/hair flow

Application: Efficiency final filtration in air conditioning systems,
housings and diffusers
Type: V-Bank Box Filter
Frame: ABS
Gasket: EPDM
Media: Glass fiber
Separator: Hot Melt
Sealant: Polyurethane
EN 1822 (Efficiency @ MPPS): E10(≥85%), E11(≥95%), E12(≥99,5%), H13(≥99,95%), H14(≥99,995%)
Rec. final pressure drop: 2x Initial pressure drop
Max. final pressure drop: 600 Pa
Maximum airflow: Nominal flow rate (if not, efficiency drops)
Temperature max: 70ºC
RH. max: 100%
Mounting/Frames: FKB, 4N, CamSafe2

Advantages
• High air flow
• Applicable up to 5000 m³/h air flow
• Low pressure drop
• Ergonomic handle
• Optimize the air filtration in clean rooms

Application: Efficiency final filtration in air conditioning systems, housings and diffusers
Type: V-Bank Box Filter
Frame: Galvanised steel
Gasket: EPDM
Media: Glass fiber
Separator: Hot Melt
Sealant: Polyurethane
EN 1822 (Efficiency @ MPPS): E10(≥85%), E11(≥95%),
E12(≥99,5%)
Rec. final pressure drop: 2x Initial pressure drop
Max. final pressure drop: 600 Pa
Temperature max: 70ºC
RH. max: 100%
Mounting/Frames: FKB, FKB/D, CamBox
Remarks: Special versions on request (e.g. stainless steel frame or high temperature version 120ºC)

Advantages
• High air flow
• Applicable up to 4000 m³/h air flow
• Low pressure drop
• Ergonomic handle
• Optimize the air filtration in clean rooms
• Individual tested acc. to EN 1822:2009

Application: Very high efficiency final filtration in air conditioning systems, housings and diffusers.
Type: V-Bank Box Filter
Frame: Galvanised steel
Gasket: EPDM
Media: Glass fiber
Separator: Hot Melt
Sealant: Syntetic resin
EN 1822 (Efficiency @ MPPS): H13(≥99,95%), H14(≥99,995%)
Rec. final pressure drop: 2x Initial pressure drop
Max. final pressure drop: 600 Pa
Temperature max: 70ºC
RH. max: 100%
Mounting/Frames: FKB, FKB/D, CamBox
Remarks: Special versions on request (e.g. stainless steel frame or high temperature version 120ºC)

Advantages
• Compact HEPA filter with header frame
• Incinerable

Application: High efficiency final filtration in air conditioning systems and industrial processes.
Type: V-Bank Filter
Frame: ABS; header frame, 25mm
Gasket: Polyurethane, endless foamed
Media: Glass fiber
Separator: Hot Melt
Sealant: Polyurethane
EN 1822 (Efficiency @ MPPS): E11(≥95%), H13(≥99,95%)
Rec. final pressure drop: 2x Initial pressure drop
Max. final pressure drop: 500 Pa
Temperature max: 70ºC
RH. max: 100%
Remarks: All filter scan-tested acc. EN 1822:2009 and individually
packed in PE-foil. Other editions on request

Advantages
• Recommended for food beverage and life science industries
• Hygienic product acc. to VDI6022
• Microbial inert components acc. to ISO846
• Food contact approved acc.to EC1935:2004
• Free of harmful chemical components: halogen-free, bisphenol-free, formaldehydefree, phthalate-free
• Tested resistance to decon and cleaning procedures
• High air flow, low pressure drop
• Individual test certificate acc. to EN1822:2009
• Optimizing waste management:
• – compactable
• – incinerable
• – lightweight
• Ideal for CREO energy optimization

Application: EPA/HEPA final filtration for air conditioning systems of
sensitive process industries like life science or food and beverage.
Type: V-Bank Box Filter
Frame: ABS
Gasket: Polyurethane, endless foamed
Media: Glass fiber
Separator: Hot Melt
Sealant: Polyurethane
EN 1822 (Efficiency @ MPPS): E11(≥95%), H13(≥99,95%), H14(≥99,995%)
Rec. final pressure drop: 2x Initial pressure drop
Max. final pressure drop: 600 Pa
Temperature max: 70ºC
RH. max: 100%
Mounting/Frames: Front and side access filter frames. Terminal housings and safe change systems
Certificates and further information: www.camfil.com/prosafe

Advantages
• High quality glass fibre media
• High mechanical strength
• Rigid design
• High efficiency
• High dust holding capacity

Application: HEPA Filter for standard applications
Type: Box Filter
Frame: Plywood
Gasket: Polyurethane, endless foamed
Media: Glass fiber
Separator: Aluminium
Sealant: Polyurethane
EN 1822 (Efficiency @ MPPS): H13(≥99,95%)
Rec. final pressure drop: 2x Initial pressure drop
Max. final pressure drop: 1000 Pa
Temperature max: 110ºC
RH. max: 100%
Mounting/Frames: FKB, FKB/D, CamBox
Remarks: All filter tested acc. EN 1822:2009. Other editions on request

Advantages
• Compliant to VDI 6022
• Microbial inert components acc. to ISO 846
• Tested for Food Contact acc. to EC 1935:2004
• Free of bisphenol-A, phthalate and formaldehyde
• Chemically resistant to inactivation and cleaning procedures

Application: HEPA filter for clean rooms and LAF benches.
Type: Pleated Panel
Frame: Anodized aluminium
Gasket: Polyurethane, endless foamed
Media: Glass fiber
Separator: Hot Melt
Sealant: Polyurethane
Grille, Upstream: Expanded metal painted (RAL 9010)
Grille, Downstream: Expanded metal painted (RAL 9010)
EN 1822 (Efficiency @ MPPS): H14(≥99,995%)
Rec. final pressure drop: 2x Initial pressure drop
Max. final pressure drop: MD: 500 Pa, MX: 600 Pa, MG: 800 Pa
Maximum airflow: Nominal flow rate (if not, efficiency drops)
Temperature max: 70ºC
RH. max: 100%
Remarks: Individually scan-tested acc. EN 1822:2009 with protocol and packed in PE-foil. Compliant with ProSafe** requirements. Other editions on request.

Advantages
• Compliant to VDI 6022
• Microbial inert components acc. to ISO 846
• Tested for Food Contact acc. to EC 1935:2004
• Free of bisphenol-A, phthalate and formaldehyde
• Chemically resistant to inactivation and cleaning procedures

Application: HEPA-/ULPA filter for clean rooms and LAF benches.
Type: Pleated Panel
Frame: Anodized aluminium
Gasket: Polyurethane, endless foamed
Media: Membrane
Separator: Hot Melt
Sealant: Polyurethane
Grille, Upstream: Expanded metal painted (RAL 9010)
Grille, Downstream: Expanded metal painted (RAL 9010)
EN 1822 (Efficiency @ MPPS): H14(≥99,995%), U15(≥99,9995%)
Rec. final pressure drop: 2x Initial pressure drop
Max. final pressure drop: MD: 500 Pa; MX: 600 Pa
Maximum airflow: Nominal flow rate (if not, efficiency drops)
Temperature max: 70ºC
RH. max: 100%
Remarks: Individually scantested acc. EN 1822:2009 with protocol and packed in PE-foil. Compliant with ProSafe** requirements. Other editions on request

Advantages
• Compliant to VDI 6022
• Microbial inert components acc. to ISO 846
• Tested for Food Contact acc. to EC 1935:2004
• Free of bisphenol-A, phthalate and formaldehyde
• Chemically resistant to inactivation and cleaning procedures

Application: HEPA filter for clean rooms and LAF benches.
Type: Pleated Panel
Frame: Anodized aluminium
Gasket: Silicone Gel
Media: Glass fiber
Separator: Hot Melt
Sealant: Polyurethane
Grille, Upstream: Expanded metal painted (RAL 9010)
Grille, Downstream: Expanded metal painted (RAL 9010)
EN 1822 (Efficiency @ MPPS): H14(≥99,995%)
Rec. final pressure drop: 2x Initial pressure drop
Max. final pressure drop: MD: 500 Pa, MX: 600 Pa, MG: 800 Pa
Maximum airflow: Nominal flow rate (if not, efficiency drops)
Temperature max: 70ºC
RH. max: 100%
Remarks: Individually scantested acc. EN 1822:2009 with protocol and packed in PE-foil. Compliant with ProSafe** requirements. Other editions on request

Advantages
• Compliant to VDI 6022
• Microbial inert components acc. to ISO 846
• Tested for Food Contact acc. to EC 1935:2004
• Free of bisphenol-A, phthalate and formaldehyde
• Chemically resistant to inactivation and cleaning
procedures

Application: ULPA filter for clean rooms and LAF benches.
Type: Pleated Panel
Frame: Anodized aluminium
Gasket: Polyurethane, endless foamed
Media: Glass fiber
Separator: Hot Melt
Sealant: Polyurethane
Grille, Upstream: Expanded metal painted (RAL 9010)
Grille, Downstream: Expanded metal painted (RAL 9010)
EN 1822 (Efficiency @ MPPS): U15(≥99,9995%)
Rec. final pressure drop: 2x Initial pressure drop
Max. final pressure drop: MD: 500 Pa, MX: 600 Pa, MG: 800 Pa
Maximum airflow: Nominal flow rate (if not, efficiency drops)
Temperature max: 70ºC
RH. max: 100%
Remarks: Individually scan-tested acc. EN 1822:2009 with protocoland packed in PE-foil. Compliant with ProSafe** requirements. Other editions on request

Advantages
• H14 compact filter-diffuser for clean room
• Ready to install
• Quiet: LW = 35 dB
• Laminarity +/- 20%

Application: Final filtration for clean rooms.
Type: Hood Filter
Frame: Anodized aluminium
Gasket: Neoprene
Media: Glass fiber
Separator: Hot Melt
Sealant: Polyurethane
Grille, Downstream: Expanded metal painted (RAL 9010)
EN 1822 (Efficiency @ MPPS): H14 (≥99,995%)
Rec. final pressure drop: 500 Pa
Maximum airflow: Nominal flow rate (if not, efficiency drops)
Temperature max: 70ºC
RH. max: 100%
Connection: Spigot with outer diameter 160 mm, 250 mm or 315 mm depending on the model
Remarks: Individually scan-tested acc. EN 1822:2009 with protocol and packed in PE-foil. Other editions on request

Advantages
• Developed for safe use in microelectronic cleanrooms and equipment
• Ideal for nanoparticle filtration (100 nm)
• High dust holding capacity
• 100% filter scan test for guaranteed performance
• Filter scanned according to EN1822, IEST or other required standards
• Individual efficiency test reports
• Zero leak guarantee
• No organic outgassing from test aerosol
• Low outgassing adhesives and gasket (no organic flame retardant)
• Manufactured and packed in cleanroom environment

Application: Microelectronic cleanrooms and equipment. Nanoparticle filtration
Type: Pleated Panel
Frame: Anodized aluminium
Gasket: EPDM
Media: Glass fiber
Separator: Hot Melt Separator Technology
Sealant: Polyurethane
Grille, Upstream: Expanded metal painted
Grille, Downstream: Expanded metal painted
Temperature max: 70ºC
RH. max: 100%
Test: 100% individual scan test according to EN1822, IEST RPCC007
or required standard
Test aerosol: PSL. Oil free
Fire rating: UL900
Remarks: Many frame options and dimensions are available on
request

Advantages
• 99,95% at MPPS with DEHS
• Temperature resistant up to 350°C
• High air flow

Application: Protection for clean processes at high temperature
Type: Box Filter
Frame: Stainless steel
Gasket: Glass Fiber
Media: Glass fiber
Separator: Aluminium
Sealant: Ceramic
EN 1822 (Efficiency @ MPPS): H13(≥99,95%)
Rec. final pressure drop: 500 Pa
Temperature max: 350ºC
RH. max: 100%
Remarks: Please note installation and assembly instructions! Due to the different thermal expansion coefficients of the individual filter components the ceramic potting may form cracks during the tempering process. At operating temperature (350 ºC) these filters have an overall efficiency of 99,97% at 0,3 μm, leackages are possible

Advantages
• ≥99,95% at MPPS with DEHS
• Temperature resistant up to 350ºC
• High efficiency
• High mechanical strength
• High air flow

Application: Protection for clean processes at high temperature
Type: High temperature filter
Frame: Reinforced stainless steel
Gasket: Glass Fiber
Media: Glass fiber
Separator: Aluminium
Sealant: Ceramic
EN 1822 (Efficiency @ MPPS): H13(≥99,95%)
Rec. final pressure drop: 500 Pa
Rec. final pressure drop: 2x Initial pressure drop
Temperature max: 350ºC
RH. max: 100%
Remarks: Please note installation and assembly instructions! Due to the different thermal expansion coefficients of the individual filter components the ceramic potting may form cracks during the tempering process. At operating temperature (350 ºC) these filters have an overall efficiency of 99,97% at 0,3 μm, leackages are possible

Advantages
• ≥99,95% at MPPS with DEHS
• Temperature resistant up to 250ºC
• Constant efficiency
• High mechanical strength
• High air flow

Application: Proctection for clean processes at high temperatures
Type: High temperature filter
Frame: Stainless steel
Gasket: Silicone
Media: Glass fiber
Separator: Aluminium
Sealant: Silicon HT
EN 1822 (Efficiency @ MPPS): H13(≥99,95%)
Rec. final pressure drop: 500 Pa
Rec. final pressure drop: 2x Initial pressure drop
Temperature max: 250ºC
RH. max: 100%
Remarks: Please note the installation and assembly instructions!

Advantages
• H13 in all Temp. ranges ≥99,95% at MPPS with DEHS
• Temperature resistant up to 350oC
• Patented construction
• Zero tempering
• ProSafe + REACH compliance

Application: HEPA filter protection for clean processes at high temperature
Type: High temperature filter
Frame: Stainless steel
Media: Glass fiber
Separator: Stainless steel
Sealant: Geopolymer Matrix
EN 1822 (Efficiency @ MPPS): ≥99,97% at 0,3μm, ≥99,95% at MPPS, leakfree ≥ 200 cycles
Max. final pressure drop: ≥ 700Pa
Temperature max: 350ºC
Remarks: ISO 5 under all production steps. Please note installation and assembly instructions! Other editions on request (with gasket, or sizes)

Advantages
• H14 in all Temp. ranges ≥99,995% at MPPS with DEHS
• Temperature resistant up to 350oC
• Patented construction
• Zero tempering
• ProSafe + REACH compliance

Application: HEPA filter protection for clean processes at high temperature
Type: High temperature filter
Frame: Stainless steel
Media: Glass fiber
Separator: Stainless steel
Sealant: Geopolymer Matrix
EN 1822 (Efficiency @ MPPS): ≥99,997% at 0,3μm, ≥99,995% at MPPS, leakfree ≥ 200 cycles
Max. final pressure drop: ≥ 700Pa
Temperature max: 350ºC
Remarks: ISO 5 under all production steps. Please note installation and assembly instructions! Other editions on request (with gasket, or sizes)

Advantages
• Reduced waste through reusable housing
• Up to 2 media types can be combined into the same filter
• Compact solution
• High media cleanliness
• Exchangeable panels

Application: Clean room recirculation air and clean room make up air
Type: Box Filter
Frame: Stainless steel
Sealant: Polyurethane
Temperature max: 40º C
RH. max: 70%
Particle cleanliness: ISO Class 6
Gasket: Position: 01 – downstream, 10 – upstream.
Configuration XPC: 2 layers of 8 panels / full size housing
Configuration XPH: 1 layer of 8 panels / full size housing
Outgassing: Individually outgassing tested for VOC emissions on request

Advantages
• Replacement items for supply recirculation air systems in industrial process industries
• May be filled with various molecular filtration medias, depending on the application and contaminant(s)

Application: Heavy duty disposable plastic Vee Cell modules to specifically treat corrosive (acidic) gases from supply air systems in process industry applications.
Type: Vee Cell Module
Frame: Plastic moulded
Media: Activated Carbon
Temperature max: 50ºC
Options: Relative Humidity Range: 30 to 95%, depending on media selection
Recommended face velocity: 0.5 to 1.5 m/s
Typical pressure loss at rated velocity range: 50 to 250 Pa

Advantages
• Extremely low pressure drop
• High media cleanliness
• Individually VOC outgassing tested
• Extremely small form factor
• Wide range of dimensions
• Multiple media types can be combined into the same filter

Application: For clean room ceiling, Fan Filter Units, minienvironment or process equipment
Type: Pleated Panel
Frame: Anodized aluminium
Gasket: Polyurethane
Media: Activated Carbon
Temperature max: 40ºC
RH. max: 70%
Particle cleanliness: ISO Class 6
Outgassing: Individually outgassing tested for VOC emissions.
Knife: KU facing up, KD facing down
Gasket: 01=Downstream gasket, 10=Upstream, 11=2 gaskets
Faceguard: 02: Downstream faceguard; 20: Upstream faceguard, 22: 2 faceguards
Available filter depth without knife edge: 66, 90, 110, 150, 172 and 200 mm
Available filter depth with knife edge: 66 (+38), 90 (+38), 110 (+38), 150 (+15) mm
Outgassing: Individually outgassing tested for VOC emissions