Water Filtration System for automotive,coatings,chemical 

Industrial manufacturing has driven transformative productivity gains across sectors. In mission-critical industries like automotive manufacturing, coatings production, and chemical processing, precision-engineered water filtration systems are indispensable for:

Automotive: Ensuring contaminant-free coolants/hydraulic fluids in engine/transmission systems (0.5-10 µm filtration precision);

Coatings: Eliminating particulate impurities (<1 µm) to achieve flawless paint adhesion and surface finishes;

Chemical: Safely filtering aggressive solvents and corrosive process liquids (pH 0-14 compatibility).

Automotive Industry

1.Hydraulic Oil, Engine Lubricant, Brake Fluid Filtration

Purpose: Remove particulate contaminants to ensure hydraulic system and engine stability, prevent wear and corrosion.

Products:

PP Melt-Blown Filter: For primary filtration of hydraulic oil and lubricants.

Stainless Steel Sintered Filter: High-pressure resistance for fine filtration of brake fluid.

Simplified Process: Lubricant/Brake Fluid → Coarse Filtration (PP melt-blown) → Fine Filtration (Stainless Steel) → Storage/Use.

2.Fuel Filtration

Purpose: Remove water, particles, and impurities to enhance combustion efficiency and engine lifespan.

Products:

Fiber Filter: For diesel/gasoline particle removal.

Stainless Steel Sintered Filter: For water separation.

Simplified Process: Fuel → Filtration (Fiber/Stainless Steel) → Storage/Use.

3.Automatic Transmission/CVT Oil Filtration

Purpose: Ensure oil cleanliness to maintain gear-shifting smoothness.

Products: PES Membrane Filter: Removes submicron particles (e.g., 0.01 μm precision).

Simplified Process: Oil → Coarse (PP) → Fine (PES) → Transmission/CVT.

4.Oily Wastewater Treatment

Purpose: Remove oil and solid particles to reduce water pollution.

Products:

Ceramic Filter: For large oil particles.

Activated Carbon Filter: Adsorbs dissolved oil.

Simplified Process: Wastewater → Primary (Ceramic) → Fine (Activated Carbon) → Discharge/Recycle.

5.Stamping Process Cleaning Fluid Filtration

Purpose: Prevent impurities from affecting product quality.

Products:

PP Melt-Blown Filter: Coarse filtration.

Stainless Steel Filter: Fine filtration.

Simplified Process: Cleaning Fluid → Coarse (PP) → Fine (Stainless Steel) → Reuse.

6.Coolant/Cleaning Fluid Filtration

Purpose: Extend coolant system lifespan by removing fine particles.

Products: Ceramic/Stainless Steel Filters: High-precision filtration.

Simplified Process: Coolant → Coarse (PP) → Fine (Stainless Steel) → Machining Equipment.

Improvements: Mention "low-pressure drop design" for energy efficiency.

7.Paint/Coating Liquid Filtration

Purpose: Eliminate particles to ensure defect-free finishes.

Products: Activated Carbon/Stainless Steel Filters: Remove large impurities.

Simplified Process: Paint → Coarse (Stainless Steel) → Fine (Activated Carbon) → Spraying.

Coatings Industry

1.Paint/Particle Filtration

Purpose: Ensure uniform coatings by controlling particles.

Products: Stainless Steel/Glass Fiber Filters: Particle removal.

Simplified Process: Paint → Coarse (Glass Fiber) → Fine (Stainless Steel) → Filling.

2.Solvent/Resin Filtration

Purpose: Remove solids to prevent product contamination.

Products: PP Melt-Blown/Activated Carbon Filters: Adsorb impurities.

Simplified Process: Solvent/Resin → Filtration (PP) → Storage.

3.Tank-to-Filling Filtration

Purpose: Ensure paint purity during transfer.

Products: Activated Carbon/Stainless Steel Filters.

Simplified Process: Storage Tank → Coarse (Activated Carbon) → Fine (Stainless Steel) → Filling Tank.

Chemical Industry

1.Solvent Filtration

Purpose: Ensure solvent purity by removing particles and water.

Products: Stainless Steel/Activated Carbon Filters: Solvent purification.

Simplified Process: Solvent → Coarse (Stainless Steel) → Fine (Activated Carbon) → Storage.

 2.Chemical Production Filtration

Purpose: Remove impurities for quality control.

Products: Ceramic/PP Filters: Fine filtration.

Simplified Process: Chemical Liquid → Filtration (Ceramic) → Storage/Use.

3.Dye/Ink Filtration

Purpose: Maintain product consistency by removing contaminants.

Products: PP Melt-Blown/PES Membrane Filters: Submicron filtration.

Simplified Process: Dye/Ink → Filtration (PP) → Storage.