The screw Filter Press is suitable for municipal sewage, domestic sewage, food, beverage, chemical, leather and other industries of sludge.
Structural principle of screw filter press: Screw Filter Press,Flter Press,Press Filter,Sludge Treatment,Sewage Treatment Shenzhen Hongfa Environmental Protection Equipment CO., LTD , https://www.hongfafilterpress.com
The main body of the screw filter press is a filter device formed by alternating layers of fixed rings and moving rings, and the screw shaft runs through it.
The fixed ring ring is formed to form a small movable filter seam filter seam filter seam filter seam filter seam filter seam
The screw shaft is driven by rotation, and the motion ring is continuously moved up and down and left to clean the filter seam to prevent clogging.
Applicable industries of screw filter press:
The screw filter press is suitable for municipal sewage, domestic sewage, food, beverage, chemical industry, leather, welding consumables, papermaking, printing and dyeing, pharmaceuticals, electroplating, oil fields, coal mines, brewing, animal husbandry, kitchen wastewater, water plants, power generation Sludge from factories, steel mills and other industries.
Alumium Fin Tube Radiator for Diesel Power Generator
Here is the rewritten and improved English version of your content, with added details to make it more natural and engaging for a real user:
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Model No.: FX002
Conditions of Use: Land Use
Usage: Common Units
Landuse Type of Unit: Ordinary
Excitation Mode: AC Rotating Exciter
Max Dimension: 4000*4000*236mm
Warranty: 2 years
Power Range: 100-3000kW
Patent No.: ZL201320830624.7
Trademark: TECFREE
Transport Package: Ply Wooden Case
Specification: Full Aluminum
Origin: Qingdao, China
HS Code: 87089190
**Traditional Radiator Work Process**
1. Tube Making
2. Fin Making
3. Material Cleaning
4. Core Assembly
5. Brazing
6. Connectors Welding
7. Tanks Welding
8. Pressure Test
9. Painting
10. Packaging
**New Style Radiator Work Process**
1. Tube Making
2. Assembly
3. Connectors Welding
4. Tanks Welding
5. Pressure Test
6. Painting
7. Packaging
**Traditional Radiator (Left Image) | New Style Radiator (Right Image)**
**Traditional Radiator:**
1. Solder can create thermal resistance between the tube and fin.
2. The brazing process may not ensure 100% bonding between tube and fin (blue areas indicate inefficient heat transfer).
3. This reduces overall heat rejection performance.
4. Uses aluminum alloys 3003 & 4004, which are more prone to damage during transport or operation, leading to potential leaks—especially in large radiators.
**New Style Radiator:**
1. Integrated design of fins and tubes eliminates thermal resistance.
2. High heat conductivity without issues related to brazing quality.
3. Heat rejection increases by 10–20% in the same dimensions.
4. Made from durable aluminum alloy 6063, offering better strength and longevity.
**Most Competitive Features of Our New Style Radiator:**
1. Capable of producing units up to 4000mm x 4000mm x 236mm.
2. Fins can be cleaned using high-pressure water guns for easy maintenance.
3. Can withstand internal fluid pressure up to 100 bar.
4. Anti-vibration design for extended operational life.
5. Suitable for extreme environments such as high altitudes, forests, and deserts.
This radiator is ideal for industrial applications where reliability, efficiency, and durability are essential. Whether you're working in harsh conditions or need high-performance cooling solutions, our new-style aluminum fin tube radiator offers superior advantages over traditional models.
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