Linear Vacuum Belt Filter

Linear Vacuum Belt Filter Specification

Resistance
Low hydraulic resistance for optimum filtration

Efficiency (%)
Up to 98%

Capacity
Variable, typically 1 to 100 TPH (tons per hour) depending on model and application

Diameter
Roller diameter typically ranges from 160 mm to 450 mm

Type
Continuous Linear Vacuum Belt Filter

Material
Polyester, Polypropylene, or Stainless Steel Mesh

Thickness
1.5 mm to 3 mm, application specific

Thermal Shrinkage
1.5% under operating conditions

Working Temperature
Up to 120C depending on belt fabric and process

Application
Solid-liquid separation in mining, chemical, food processing, pharmaceuticals, wastewater treatment, and metallurgy

Cake Discharge
Mechanical scraper or belt assisted

Vacuum Degree
Up to -0.098 MPa

Control System
PLC automated control, touch screen interface

Belt Speed
Adjustable, 1 to 20 m/h

Filtration Area
Variable, typically from 2 m2 up to 100 m2

Power Supply
Three-phase 380V/415V, 50/60Hz

Drive Method
Gearbox motor drive, variable speed

Moisture Content of Cake
Up to 35% achievable depending on feed

Noise Level
Less than 78 dB(A)

Washing System
High-pressure spray bars integrated

Frame Material
Carbon steel or stainless steel construction available

Seal Type
Rubber and polyurethane sealing options

About Linear Vacuum Belt Filter

Take advantage of this hot deal and buy the distinguished Linear Vacuum Belt Filter, engineered for optimum solid-liquid separation across a range of industrial applications. With a variable filtration area from 2 m2 to 100 m2 and imposing belt speeds of 1 to 20 m/h, this cost-effective system operates efficiently under a vacuum degree of up to -0.098 MPa. Its PLC automated controls and robust construction-offered in carbon steel or stainless steel-ensure precise, reliable performance, while integrated high-pressure cleaning maximizes filtration quality and minimizes maintenance.

Versatility and Applications of Linear Vacuum Belt Filter

The Linear Vacuum Belt Filter is widely used as a reliable continuous filtration system for solid-liquid separation. Common application places include mining sites, chemical manufacturing plants, food processing factories, pharmaceutical facilities, metallurgy operations, and wastewater treatment plants. Its specific use revolves around extracting solids from liquids efficiently, while its general use caters to large-scale industrial processes demanding constant and effective separation solutions. This makes it indispensable for industries seeking dependable production lines and high-quality output.

Certifications, Supply Ability, and Export Market Reach

Each Linear Vacuum Belt Filter shipped to our global clients adheres to stringent international certifications, ensuring distinguished quality and safety standards. We maintain a robust supply ability, capable of fulfilling large-scale proposal amounts with a fast turnaround rate. Our main export markets cover Asia, Europe, North America, and beyond, serving manufacturers and service providers across various industries who count on efficient, reliable dewatering solutions tailored to their operational requirements.

FAQ's of Linear Vacuum Belt Filter:

Q: How does the Linear Vacuum Belt Filter process solid-liquid separation?

A: The filter uses a continuous belt system, operating under vacuum pressure to separate solids from liquids. Feed slurry is evenly distributed over the moving belt, and vacuum draws the liquid through the filter media, leaving solid cake on the surface. The cake is then mechanically discharged, while the filtrate is collected for further processing.

Q: What are the primary benefits of using a Linear Vacuum Belt Filter?

A: Key benefits include high filtration efficiency (up to 98%), adjustable operational parameters, low hydraulic resistance for optimum throughput, reduced moisture content in the filtered cake, and low operating noise. PLC automated controls and integrated high-pressure cleaning further enhance usability and reduce manual intervention.

Q: When should you choose a Linear Vacuum Belt Filter over other filtration systems?

A: This system is preferable when continuous, high-volume filtration with precise control is needed, such as in mining, food processing, or wastewater treatment. Its ability to handle large capacities and diverse feed materials with varying particle sizes makes it suitable for industries requiring robust and efficient dewatering solutions.

Q: Where can the Linear Vacuum Belt Filter be installed and used?

A: It can be installed in industrial settings requiring solid-liquid separation, including mining operations, chemical plants, food and beverage processing units, pharmaceutical facilities, metallurgy industries, and municipal or industrial wastewater treatment plants.

Q: What materials are used in the construction of the Linear Vacuum Belt Filter?

A: The filter can be fabricated from carbon steel or stainless steel, with filter media made of polyester, polypropylene, or stainless steel mesh. Seals are available in rubber or polyurethane, ensuring durability and compatibility with various chemical and thermal process conditions.

Q: How is the Linear Vacuum Belt Filter controlled and monitored?

A: The system is managed via a PLC-controlled automated panel, featuring a user-friendly touch screen interface. This allows for precise adjustments of belt speed, vacuum degree, and cake discharge, ensuring consistent process performance and efficient monitoring.

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