• Cost-effective, high-quality filtration solutions
• Extensive product range
• Fast logistics and delivery
• Excellent customer service and support

• Rbon: -15°C to +200°C
• C Chemraz Perfluorelastomer: -18°C to +324°C
• T PTFE FEP Encapsulated: -60°C to +200°C
• K Kalrez Perfluorelastomer: -50°C to +316°C
• S Silicone: -60°C to +230°C
• R Neoprene Chloroprene-Neoprene: -45°C to +100°C
• E EPDM Ethylene-propylene: -55°C to +150°C
• N Nitrile Buna N-Nitrile: -35°C to +110°C

To select the correct filter housing, consider the following:

1. Maximum pressure
2. Maximum temperature
3. Chemical & physical composition of the sample
4. Type of duty (inlet, particulate, coalescing, bypass, membrane)
5. Contaminant to be removed
6. Maximum flow rate
7. Line size and port type
8. Level of filtration required
9. Relative importance of cost, response time, service life, and interval

Filter housings are available in various materials, including exotic options for specialized applications. The configuration depends on the type of duty, and the size is a balance between factors favoring small or large filters.

Disposable microfibre filter elements are made from borosilicate glass microfibres, offering high filtration efficiency and long service life. They are self-gasketing and sealed by axial compression.

There are two types of filter elements: particulate and coalescing. Particulate filters use a single layer of media, while coalescing filters have a fine capture layer and a coarse drainage layer.

• Epoxy Ester: General purpose, non-corrosive gases and liquids
• PVDF: Excellent chemical resistance, low adsorption
• Silica: Inorganic, high temperatures, solvent applications
• Silicone: Hydrophobic, prevents pore filling with condensate

Available in sintered and woven mesh forms, these elements are suitable for high-temperature applications and do not require seals.

PTFE elements are made from pure PTFE granules, offering high temperature and chemical resistance. PE elements are a low-cost alternative for plastic filters.

Flow rates depend on the filter element grade and housing size. Rates are proportional to pressure drop, and adjustments can be made for different gases using viscosity data.

• Materials: Primarily 316L Stainless Steel and Pyrex Glass.
• Pressure Ratings: Ranges from 7 Bar to 700 Bar depending on the series.
• Temperature Ratings: Standard seals support up to 200°C, with Chemraz seals available for up to 324°C.
• Port Sizes: Available in 1/8”, 1/4”, and 1/2” NPT, BSPT, and BSPP.
• Compliance: All housings comply with NACE MR-01-75 and PED 97/23/EC standards.

• For applications above 200°C, consult for specific pressure ratings.
• For high-pressure applications, consider SS129 series for up to 700 Bar.
• For applications requiring quick response times, SS117 series is recommended.
• Exotic material options include Hastelloy, Monel, and Titanium.

• SG121 & SS122: Designed for low-pressure applications with Pyrex glass bowls and optional bowl guards.
• SS127: General use for 1/8” & 1/4” line sizes, with higher pressure versions available.
• SS129: Suitable for high-pressure applications up to 700 Bar.
• SG211 & SS212: Low-pressure applications with options for Pyrex or stainless steel bowls.
• SS215 & SiS215: Include differential pressure indicators for monitoring, suitable for 1/4” and 1/2” line sizes.

• Above 200°C, pressure ratings are reduced; consult for exact ratings.
• Maximum temperature with standard seals is 200°C; Chemraz seals extend this to 324°C.
• Filter and adsorber elements are customizable by replacing placeholders in part numbers.

• Materials: Primarily 316L Stainless Steel, with options for exotic materials.
• Pressure Ratings: Vary from 7 Bar to 400 Bar depending on the series.
• Temperature Ratings: Standard maximum temperature is 200°C, with options for higher temperatures using Chemraz seals.
• Port Sizes: Range from 3/4" to 2" NPT, with BSPT and BSPP options available.
• Seals: Standard seals are Viton, with options for PTFE, Chemraz, Nitrile, Kalrez, EPDM, and Silicone.

• SS328 Series: Designed for 400 Bar applications with 3/4" and 1" line sizes. Features NPT ports and Viton seals.
• SiS328 Series: Similar to SS328 but includes a differential pressure indicator, limiting maximum temperature to 100°C.
• SG421 Series: Low-pressure applications up to 7 Bar, constructed with 316L SS and Pyrex.
• SS424 Series: Suitable for applications up to 34 Bar, with higher pressure versions available.
• SS425 & SHS425 Series: Designed for 1" to 2" line sizes up to 100 Bar, with full bore flow path for higher flow rates.
• SS426 & SHS426 Series: For applications up to 200 Bar, with similar design features as SS425.
• SS428 & SHS428 Series: High-pressure applications up to 400 Bar, maintaining full bore flow path design.
• SS434 Series: For applications up to 34 Bar, with options for higher pressure versions.

• SE Series: These housings are made entirely from 316L stainless steel, suitable for gas and liquid applications, and feature NPT ports. They support a range of element sizes from 12.32.□ to 25.64.□.
• SS127 Series: Designed for general 1/8” & 1/4” line size applications, these housings can handle pressures up to 340 bar. They are weld-free, comply with NACE MR-01-75, and are CE marked according to PED 97/23/EC. Higher pressure versions are available in the SS129 series.
• SO Series: Similar to the SE series, these housings are also constructed from 316L stainless steel and are suitable for end-of-line applications with NPT male ports.

• DN Series: Automatic float drains constructed from 316L stainless steel and polyamide, used to remove liquids from coalescing filter housings under positive pressure. They feature NPT ports and Viton seals.
• DF Series: Automatic drains with a unique float and diaphragm system, constructed entirely from 316L stainless steel. They are designed to automatically remove liquids from coalescing filter housings.
• DG & DS Series: These drain vessels increase housing capacity in coalescing applications where automatic float drains cannot be used. They are constructed from 316L stainless steel with options for Pyrex glass bowls.

• Materials: Primarily 316L stainless steel, with options for exotic materials like Hastelloy, Monel, and Titanium.
• Ports: Available in NPT, BSPT, and BSPP types.
• Seals: Standard Viton seals, with options for Nitrile, EPDM, Silicone, PTFE, Chemraz, and Kalrez.
• Compliance: All housings comply with NACE MR-01-75 and are CE marked according to PED 97/23/EC.

• Weld-free construction for enhanced durability and compliance.
• Wide range of pressure and temperature capabilities, with specific models designed for high-pressure applications.
• Customizable elements and seals to suit various industrial needs.

• SM206, SMD206, SML206: These models are membrane housings with 1/4” or 1/2” ports, designed for fast loop applications. They allow quick membrane changes without tools.
• SM304, STM304, SML304: These models are designed for separating fluid phases and feature a special flow path to increase contact time with the membrane.
• SM115, SM125, SM215, SM235: These are combination housings with coalescing filter elements and PTFE membranes, designed to remove liquids and solid particles from gas samples.

• Materials: The housings are primarily made from 316L stainless steel, aluminium, and polyamide. The choice of material affects the pressure and temperature ratings.
• Pressure and Temperature Ratings: The maximum pressure ranges from 10 to 16 Bar, and the maximum temperature ranges from 50°C to 200°C, depending on the model and materials used.
• Port Types: Standard housings come with NPT ports, with options for BSPT and BSPP ports. Port sizes vary from 1/8” to 1/2”.
• Seals: Viton seals are standard, with options for PTFE, Chemraz, Nitrile, Kalrez, EPDM, and Silicone seals.

• SM235 Series: Made from 316L stainless steel, suitable for high-pressure applications up to 100 Bar and temperatures up to 150°C.
• SW205 Series: Features a 'cyclone' effect for particulate removal, with a maximum pressure of 100 Bar and temperature of 200°C.
• AN112 and AN122 Series: Constructed from aluminium and polyamide, designed for lower pressure applications (10 Bar) and temperatures up to 50°C.
• AA113 and AA123 Series: Aluminium construction with a higher pressure rating of 16 Bar and temperature up to 120°C.
• AN212 and AiN212 Series: Include differential pressure indicators, suitable for 10 Bar pressure and 50°C temperature.
• AA213 and AiA213 Series: Aluminium housings with differential pressure indicators, rated for 16 Bar and 120°C.

• Quick-change filter discs and elements for ease of maintenance.
• Various drain options, including manual and automatic, to suit different operational needs.
• Compliance with NACE MR-01-75 for corrosion resistance.

• Materials: The housings are primarily made from PTFE (Polytetraflouroethane) and Polyamide, with some models incorporating Pyrex Glass for visibility.
• Pressure and Temperature: The maximum pressure for most models is 7 Bar, with some Polyamide models rated at 10 Bar. The maximum temperature is generally 150°C for PTFE models and 50°C for Polyamide models.
• Port Sizes: Available port sizes include 1/8", 1/4", and 1/2" NPT, with options for BSPT and BSPP types.
• Seals: Standard seals are made from Viton, with optional seals available in PTFE, Chemraz, Nitrile, Kalrez, EPDM, and Silicone.

• FG121 Series: Features PTFE construction with Pyrex Glass bowls, suitable for applications requiring visibility of the filter element.
• FF211 Series: Designed for 1/4" and 1/2" line size applications, emphasizing PTFE material for chemical resistance.
• NN112 and NN122 Series: Polyamide housings suitable for compressed air systems, offering a range of port and drain options.
• NL121 and NL141 Series: Polyamide housings designed for coalescing applications, ideal for portable analyzers.
• NT Series: Twin filter housings with two elements for pre-filtering and particulate filtering, constructed from polyamide.

• Materials: The housings are constructed from Polyamide (PA), Polypropylene (PP), and Polyvinylidenediflouride (PVDF), each offering specific benefits such as chemical resistance.
• Pressure and Temperature: The maximum pressure for Polyamide housings is 10 Bar, while for Polypropylene and PVDF, it is 7 Bar. The maximum temperature varies, with PVDF allowing up to 120°C.
• Port Sizes: Available in 1/8", 1/4", and 1/2" NPT, with BSPT and BSPP options also available.
• Seals: Standard seals are made of Viton, with options for Chemraz, Nitrile, Kalrez, EPDM, and Silicone.

• Each housing model is detailed with specific dimensions, weight, and volume, providing clear guidelines for selection based on application needs.
• Filter elements and adsorber cartridges are specified with codes that allow customization based on filtration requirements.

• Choose the housing material based on the chemical resistance required for the application.
• Ensure compatibility of port sizes with existing systems to facilitate integration.
• Consider the maximum pressure and temperature ratings to ensure safe and efficient operation.