Next-Generation Low-Carbon Technology

TP Series Energy-Saving Cloth Media Disc Filter

Revolutionary lightweight design for mineral processing. Achieve a remarkable 25%-30% reduction in energy consumption and 30% less machine weight compared to conventional disc filters. TP Series: The sustainable choice for high-efficiency dewatering.

Large Filtration Area Energy Saving Filter
High-Efficiency & Low-Carbon

Redefining Mineral Dewatering with the TP Series

To meet the urgent mining industry demand for cost reduction and efficiency enhancement, our R&D team developed the TP Series. This energy-saving cloth media disc filter utilizes an innovative lightweight structure and optimized hydraulic systems to deliver superior performance while minimizing environmental impact.

✓ Up to 30% Less Power (kW)

✓ 30% Lighter Machine Weight

High-Precision Filtration

Working Principle mine TP disc filter

TP Series vs. Conventional Cloth Media Disc Filters

Don’t let outdated, energy-intensive equipment inflate your operating costs (OPEX).

High Energy Consumption
  • Inefficient vacuum pumps
  • High drive motor HP (kW)
  • Excessive hydraulic resistance
  • High OPEX
Superior Energy Efficiency
  • Optimized vacuum system
  • TP-Drive low-friction motor
  • Streamlined slurry flow
  • 25%-30% Energy Saved
Heavy, Complex Structure
  • Massive steel foundation
  • Complex maintenance access
  • Higher shipping costs
  • High CAPEX & Installation

TP Series Technical Data

Engineering specifications for our energy-efficient vacuum disc filters.

类型
Type
型号
Model
主轴电机型号功率
Spindle Motor Model and Power
真空泵电机型号功率
Vacuum Pump Motor Model and Power
弯管
Bent Pipe
6BWEV42-3KW2Bv5161-15KW
12BWEV42-3KW2BE202-18.5KW
18BWEV42-3KW2BE202-22KW
24BWEV52-3KW2BE203-37KW
30BWEV52-3KW2BE252-37KW
36BWEV52-3KW2BE252-37KW
42BWEV52-4KW2BE252-45KW
48BWEV52-4KW2BE252-55KW
54BWEV53-595-5.5KW2BE253-55KW
直管
Straight Pipe
60BWEV53-595-5.5KW2BE253-75KW
72BWEV53-595-7.5KW2BE303-75KW
84BWEV63-595-7.5KW2BE252-45KW(2PCS)
96BWEV64-250-7.5KW2BE252-55KW(2PCS)
108BWEV74-250-7.5KW2BE253-55KW(2PCS)
120BWEV74-250-11KW2BE253-75KW(2PCS)
类型
Type
型号
Model
主轴电机型号功率
Spindle Motor Model and Power
真空泵电机型号功率
Vacuum Pump Motor Model and Power
搅拌电机型号功率
Agitator Motor Model and Power Rating
罗茨风机
Roots blower
总功率
Total power
L*W*H(mm)
弯管
Bent Pipe
6BWEV42-3KW2Bv5161-15KWB4-59-4KW 22KW 
12BWEV42-3KW2BE202-18.5KWK77-4KW 25.5kw2630*3000*2800
18BWEV42-3KW2BE202-22KWF77-4KW 29kw2930*3000*2800
24BWEV52-3KW2BE203-37KWF77-4KW 44kw3230*3000*2800
30BWEV52-3KW2BE252-37KWF87-5.5KW 45.5kw3530*3000*2930
36BWEV52-3KW2BE252-37KWF87-5.5KWMRS-100-5.5kw51kw3830*3000*2930
42BWEV52-4KW2BE252-45KWF87-5.5KWMRS-125-5.5kw60kw4130*3000*2930
48BWEV52-4KW2BE252-55KWF97-7.5KWMRS-125-7.5kw74kw4430*3000*2930
54BWEV53-595-5.5KW2BE253-55KWF97-7.5KWMRS-125-7.5kw75.5kw4730*3000*2930
直管
Straight Pipe
60BWEV53-595-5.5KW2BE253-75KWF97-7.5KWMRS-125-7.5kw95.5kw5030*3000*2930
72BWEV53-595-7.5KW2BE303-75KWF97-7.5KWMRS-125-11kw101.5kw5060*3086*2980
84BWEV63-595-7.5KW2BE252-45KW(2PCS)F107-11KWMRS-125-11kw119.5kw5480*3000*2930
96BWEV64-250-7.5KW2BE252-55KW(2PCS)F107-11KWMRS-150-15kw143.5kw6260*3085*2930
108BWEV74-250-7.5KW2BE253-55KW(2PCS)F107-15KWMRS-125-7.5kw(2PCS)147.5kw 
120BWEV74-250-11KW2BE253-75KW(2PCS)F107-15KWMRS-150-22kw198kw8100*3100*2980

* Need a customized configuration for your specific slurry density and particle size distribution? Contact our engineering team below.

Sustainable Dewatering Across Mining Sectors

The TP Series Energy-Saving Filter is the optimal low-carbon solution for high-volume solid-liquid separation.

Disc filters for coal mines
Iron Ore Concentrate Dewatering

Achieving low final cake moisture for efficient sintering while drastically cutting filtration energy costs.

Disc filters for
High-Capacity Tailings Dry Stacking

Optimizing massive tailings dewatering for gold, copper, and coal mines with lower environmental footprint and OPEX.

Disc filters for copper ore
Non-Metallic Mineral Slurry Dewatering

Ideal for low-carbon kaolin, silica sand, and feldspar processing requiring precise, continuous solid-liquid separation.

tp energy saving disc filter
Sustainable Technology Inside

How TP Series Achieves 25%-30% Energy Reduction

The TP Series Energy-Saving Vacuum Disc Filter is not just lighter; it’s smarter. Our optimized vacuum system (TP-Vac) reduces internal pressure drops, while the streamlined internal flow channels minimize hydraulic friction and slurry agitation. Combined with low-kW drive motors, the TP Series significantly cuts the total required installed power without compromising continuous dewatering capacity or cake dryness.

 

Fast ROI Guaranteed

Frequently Asked Questions

Key insights into the TP Series Energy-Saving Filter technology.

How much energy can a TP Series filter save compared to standard disc filters?

Depending on the specific model and mineral characteristics, TP Series next-generation low-carbon filters can achieve a 25% to 30% reduction in total energy consumption, significantly lowering operating costs (OPEX) in dewatering circuits.

Why is the TP Series significantly lighter than other filters?

Our TP models utilize an optimized lightweight structural design and high-strength materials, reducing the total machine weight by up to 30%. This lowers initial capital expenditure (CAPEX), shipping costs, and simplifies plant installation without compromising durability.

Can the TP Series handle high-capacity tailings and concentrate dewatering?

Absolutely. The TP Series is specifically engineered for high-volume metallic and non-metallic mineral processing plants, providing robust, continuous solid-liquid separation even for high suspended solids (SS) slurries.

Does the TP Series require specialized filter cloths?

TP Series filters are compatible with standard high-performance synthetic filter cloths and feature automated backwashing and cake discharge systems to prevent cloth blinding and ensure stable flux.

Ready to Slash Your Mining Dewatering Costs?

Consult with our TP Series specialists for a personalized ROI analysis, energy-saving calculation, or tailored sizing for your beneficiation circuit.