Product family · 9 groups
Find the cartridge that suits your fluid, flow rate and target retention rating. Compare nine families by micron range on one screen.
0.11–10.000 µm
Filtration range
9 families
Depth, pleated, metal
40+ countries
Nationwide in Türkiye and export
Micron finder
Choose your target retention rating; the families that can achieve it are highlighted.
Logarithmic scale (0.1–10.000 µm). Ranges are the general limits of each product family; nominal and absolute ratings must be confirmed against product technical data.
Cartridge filter types
Large surface area
6 membranes · 0.11–50 µm
The pleated surface gives up to 6 times more filtration area and lower pressure loss than depth cartridges.
Disc structure
Depth module · 0.2–60 µm
Lenticular discs provide closed-system clarification in food, beverage and biopharmaceutical processes.
High flow
PP / glass fibre · 0.5–100 µm
With a 6-inch outer diameter and special pleat geometry, a single element handles 500–800 L/min, reducing housing size and change-out time.
Depth filtration
8 media · 0.8–150 µm
PP, cotton or glass fibre yarn is wound onto a core; graded depth gives high dirt-holding capacity.
Particle control
%100 PP · 1–150 µm
Additive-free pure polypropylene microfibres; economical depth filtration for RO pre-filtration, water treatment and chemical lines.
Bonded fibre structure
Phenolic / acrylic · 1–150 µm
Monolithic resin-bonded structure; does not deform under pressure in paints, varnishes, inks and adhesives.
Metal filter element
AISI 304/316 · 5–10.000 µm
Sintered or pleated wire mesh; withstands extreme temperatures, high pressure and aggressive chemicals, and is reused after cleaning.
Washable design
PP / SS 304 mesh · 50–300 µm
Captures coarse particles such as sediment, sand and rust; reused with periodic washing at low consumable cost.
Adsorption
CTO / GAC · chlorine and odour removal
Coconut shell or coal-based carbon; adsorbs chlorine, taste, odour and organic contaminants.
Selection guide
1
Fluid
Define the chemical content, temperature, viscosity and type of contaminant.
Chemistry
Temperature
Viscosity
2
Process
Share the flow rate, pressure, allowable pressure loss and existing filter housing dimensions.
Flow rate
Pressure
Housing size
3
Target
Clarify the goal (particle retention, pre-filtration or adsorption) and the required retention rating.
Micron
Nominal / absolute
Adsorption
Quick comparison
Family
Principle
Range
Check when selecting
Pleated Micro
Large surface area
0.11–50 µm
Media compatibility, nominal/absolute retention and validation data
Stacked Disc Module
Disc structure
0.2–60 µm
Disc material, process purpose and operating conditions
High Flow
High flow
0.5–100 µm
Flow rate, allowable pressure loss and housing compatibility
String-Wound
Depth filtration
0.8–150 µm
Compatibility of fibre and core material with the fluid and temperature
Melt Blown
Particle control
1–150 µm
Micron rating, dirt load and operating flow rate
Resin-Bonded
Bonded fibre structure
1–150 µm
Chemical compatibility, viscosity and pressure loss
Stainless Steel
Metal filter element
5–10.000 µm
Alloy, filter construction and cleaning method
PP Washable
Washable design
50–300 µm
Contaminant type, cleaning method and reuse conditions
Activated Carbon
Adsorption
—
Contact time, inlet concentration and carbon capacity
General selection summary. Final suitability must be confirmed against product technical data and process conditions.
Engineering support
With these six details, our engineers recommend the right family, micron rating and housing.
Fluid
Flow rate
Temperature
Pressure
Target µm
Housing size
Accounting
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Invoice name (registered company name)
Please send BA/BS forms, current account reconciliations and any other emails for our Finance and Administrative Affairs Department to [email protected].
A cartridge filter is a replaceable filter element used inside a filter housing. Depending on the selected media, it captures particles in the fluid or, with materials such as activated carbon, helps reduce certain dissolved components.
Depth
Captures particles throughout the thickness of the media.
Surface
Pleated media captures particles across a large surface area.
Adsorption
Binds dissolved components to the carbon.
