CSP combines media of different pore structure into multi-layer structure through optimal design, and it has excellent particle collection ability and filtration efficiency.
CSP can be used safely from food industry to chemical and electronics industries because of low extracts with 100% polypropylene material and heat-fusion method.

CSPA responds to micro-processes with the removal efficiency of absolute grade and can be used safely from food industry to chemical and electronics industries because of low extracts with 100% polypropylene material and heat-fusion method.

CSPV is an absolute grade filter with excellent removal efficiency and high flow throughput by applying PVDF (Polyvinylidene Fluoride) nanofiber filter medium.

CSCP provides the best solution with high filtration efficiency and low differential pressure in response to high-concentration and re-agglomerated liquid and powder filtration, which are difficult to apply to general pleated filters.

CHPL utilizes 100% polypropylene material to enhance chemical resistance, offering stable process operation with high filtration efficiency and low pressure drop for high-viscosity liquids and sediment filtration.

CHGL is a product designed with Glass Fiber material, engineered to achieve higher capture capacity and increased flow rates through its high porosity.

CSPH provides stable process operation with high filtration efficiency and low pressure drop in film coating processes involving high viscosity and a high volume of fillers.

CSSB is designed to cope with high concentration slurry filtration during secondary battery manufacturing process. The depth filter mechanism is used to effectively control the re-cohesive foreign matter, and the unique multi-layer structure provides long filter life and stable process operation.

CSPG is a hydrophilic PES (Polyethersulfone) membrane filter with high asymmetric pore structure and excellent filtration efficiency. It enables stable operation of precise filtering processes.

CSPD is a hydrophilic PES (Polyethersulfone) membrane filter with high asymmetric pore structure and provides long filter life with higher porosity than conventional PES membranes, enabling stable operation.

CSPY is a hydrophilic Nylon-66 membrane filter and has a very stable pore structure, making it safe to use from the ultra-precision electronics industry to the chemical filtration industry, which requires chemical resistance.

CSPT is a hydrophobic PTFE membrane filter and has a three-dimensional porous pore structure. It is a filter with excellent filtration efficiency and chemical resistance. Stable operation is possible with precise filtration process requiring strong chemical resistance.

CSPW is a hydrophilic PTFE membrane filter that can be used quickly without pre-hydrophilization, and has excellent filtration efficiency and chemical resistance. Stable operation is possible with precise filtration process requiring strong chemical resistance.

CSPR is a product specialized in various gas filtration, such as semiconductor gas filtration that requires precision, and air and vents for pharmaceutical/bio processes that require blocking the inflow of microorganisms.

CSFS is a product made of 100% fluoropolymer material and provides stable process operation even under difficult conditions that require high chemical resistance and precise filtration, such as semiconductors and displays.