Case 47427164 Pressure Filter P551364 HF35518 BT9439 82983474

Your Best Case 47427164 Pressure Filter P551364 HF35518 BT9439 82983474 Hydraulic Filter manufacturer in China.

New Holland 82983474 47427164 47427174 Baldwin BT9439 DONALDSON P551364 WIX WL10073 HIFI SH66273 MANN WD11005 Fleetguard HF35518 Sakura HC-45040

ISO9001
Warranty 1 year
SATISFACTION GUARANTEED
Hydraulic Filter 47427164 P551364 HF35518 BT9439 82983474 Parameter:
Part Number47427164 P551364 HF35518 BT9439 82983474
BrandTamfiney
Weight  1568 g
Height 260 mm
Outer Diameter 118 mm
Inner Diameter/
Thread Size
1 3/4"X16
MaterialMetal & Paper
Filter MediaHigh-efficiency pleated cellulose / synthetic fiber Paper
CasingPainted steel outer body with perforated steel internal support
Typical Working PressureUp to approx. 6–10 bar
FiltrationApprox. 5–10 micron
Temperature RatingUp to approx. 100–120°C
Minimum Order100 PCS
Place of Region:Zhejiang, China
Payment Terms:T/T
Price Terms:FOB
Lead Time:30 to 50 days based on order quantities
Market Type:After Market
Current Export Market:Southeast Asian,North America, South America, Western Europe, Eastern Europe, Africa, Oceania

Applications:

New Holland TB110, 6610S, 7610S, 8010, and related Case Construction machinery

Professional Case 47427164 Pressure Filter P551364 HF35518 BT9439 82983474

Q: How does a pressure filter work?

The core principle of pressure filtration is to use pressure to "squeeze" the liquid through the filter cloth, trapping solid particles and achieving solid-liquid separation. The entire process can be understood as a cycle of several steps, including clamping, feeding, filtering, and unloading.

🏭 workflow

  • Filter plate closure: Hydraulic or motor-driven compression plates press multiple filter plates in sequence, forming a sealed filter chamber between the plates.
  • Feed filtration: The feed pump pressurizes the slurry or material slurry into the filter chamber, and the liquid is discharged through the filter cloth. Solid particles are intercepted and gradually accumulate into a filter cake.
  • Squeezing and Dehydration: The diaphragm filter press injects high-pressure water or compressed air into the diaphragm to further squeeze out moisture from the filter cake.
  • Unloading: After filtration is completed, the filter plate automatically opens and the filter cake falls off by its own weight.
  • Filter cloth cleaning: Rinse the filter cloth with high-pressure water to remove residual particles and prepare for the next round of operation. ‌‌

🔧 key component

  1. Filter plate and filter cloth: The filter plate provides support and filtrate channel, while the filter cloth is the core filter medium, and the pore size determines the size of intercepted particles.
  2. Compression mechanism: manual, mechanical or hydraulic methods to ensure the sealing between filter plates without leakage of slurry.
  3. Rack: composed of thrust plates, compression plates, and beams, supporting the entire equipment. ‌‌

⚠️ Note

  1. The higher the filtration pressure is not the better. Excessive pressure may damage the filter cloth or block the pores.
  2. The feeding speed should be uniform and controllable, as being too fast or too slow can affect the filtration effect.
  3. The filtrate may become turbid in the initial stage and become clear after a filter cake forms on the filter cloth; If it remains cloudy, it may be due to damage to the filter cloth or deviation in the hole position

Q: What are the main types of pressure filters?

🔩 Classification by Pressure Level

Suitable for industrial pipeline systems under varying pressures. ‌‌

  • Low-pressure filter: up to approximately 60 bar.
  • Medium-pressure filter: up to approximately 210 bar.
  • High-pressure filter: up to approximately 450 bar.
  • Special Filter: Up to 1000 bar.

⚙️ Classification by Structural Form

The structure determines the installation method and maintenance characteristics. ‌‌

  1. Y-type filter: Simple structure and low cost, suitable for water and steam pipelines, prone to clogging when impurities are abundant.
  2. T-type filter: The filter element can be easily extracted by removing the cover, making it suitable for pipelines with space constraints and frequent maintenance needs.
  3. Basket filter: Large filtration area and high dirt-holding capacity, commonly used at pump inlets and in high-flow systems.
  4. Stacked Filter: Composed of stacked plates, its principle is similar but functions are focused differently.
    Bag Filter: Easy to replace filter bags with virtually no material consumption during filtration.