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Turbine Filter

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Turbine Filter Specification

Filtration Grade
Industrial

Capacity
Dependent on model (customized on request)

Efficiency (%)
Up to 99%

Flow Rate
500 to 10,000 LPH

Cleaning Method
Backwashable / Manual cleaning

Pressure
Up to 16 Bar

Filter Type
Cartridge / Mesh filter

Temperature Range
Up to 120C

Media Type
Stainless Steel Wire Mesh

Connecting Type
Flange / Threaded / Customized

Condition
New

Material
Stainless Steel

Mesh
40-400 Micron (customizable)

Diameter
50 mm to 500 mm

Construction
Welded/Seamless

Medium Filter
Liquid/Air/Gas

Weight
1-5 Kg (varies by model)

Shape
Cylindrical

Feature
Robust and durable design, suitable for heavy-duty turbine operation.

Mounting
Horizontal / Vertical

Colour
Silver metallic

Replacement Interval
6-12 Months depending on use

Installation Type
Inline

End Connection
Flanged, Threaded, or as per customer specification

Packaging Type
Export-grade wooden box or as per order

Sealing
Nitrile / Viton / EPDM Gaskets

Application
Turbine protection in industrial and power generation plants

Turbine Filter Trade Information

Main Export Market(s)
Asia

Main Domestic Market
All India

About Turbine Filter

Gas Turbine Air Intake Filter

Gas Turbine Air Intake Filter cartridges are modern and reliable for air intake applications.They ensure high efficient filtration of dust and other contaminants even in the most polluted environments. Normally these are made of mixture of polyester & cellulose and some time 100% polyester media.These media have much better pleat ability & dimensional stability. Pleated filter media offer high filtration efficiency, very fine retention level, easy clean ability & aesthetically good product than other normal filter media.

Features & Benefits

Easy to clean
All polyester materials are washable
High flow efficiency
High Air to cloth ratio
Large spacing
Cleanable without damaging filter media
Retrofit for most standard makes

Technical Specifications

Filter media
Mixture of Cellulose & Polyester Media
100 % spun bonded polyester

Configuration

Cylindrical
Conical

Versatile Mounting and Connection Options

Designed for optimal adaptability, the Turbine Filter accommodates horizontal or vertical inline installation to fit diverse plant layouts. Choose from flanged, threaded, or tailor-made connections to suit specific operational requirements. The filters flexible construction ensures compatibility with a wide range of turbine systems, optimizing versatility and usability in industrial applications.

Customizable Filtration for Heavy-Duty Demands

Available in both cartridge and mesh variants, with mesh grades between 40 and 400 micron, this filter delivers industrial-grade filtration for liquids, gases, or air. Options for media type, diameter (50 to 500mm), and capacity allow customization according to plant specifications, ensuring efficient turbine protection under variable conditions.

Durable, Export-Ready Construction

Manufactured using stainless steel mesh and featuring robust welded or seamless construction, the filter stands up to demanding turbine operations. With a weight range of 1-5 kg and export-grade wooden packaging, each filter is engineered for reliable performance and secure delivery, wherever your project is located.

FAQs of Turbine Filter:

Q: How does the Turbine Filter protect equipment in industrial and power generation plants?

A: The Turbine Filter removes contaminants from liquids, gases, or air before they reach turbines, helping prevent erosion, fouling, and damage. With customizable mesh (40-400 microns) and high filtration efficiency (up to 99%), it ensures long-term turbine reliability and optimized system performance.

Q: What types of connections are available for installing the Turbine Filter?

A: You can select from flanged, threaded, or custom-designed end connections to match your specific system requirements. This flexibility simplifies integration into both new and existing turbine setups across industrial applications.

Q: When should the Turbine Filter be replaced for optimal performance?

A: The filter typically requires replacement every 612 months, depending on usage conditions, fluid quality, and the operating environment. Routine inspections and timely replacement support consistent filtration efficiency and turbine safety.

Q: Where can the Turbine Filter be installed in my system?

A: This filter is designed for inline installation and can be mounted horizontally or vertically, providing versatile placement options that accommodate the requirements of diverse plant layouts and flow directions.

Q: What is the cleaning and maintenance process for this filter?

A: The Turbine Filter can be cleaned using backwashing or manual methods, depending on the model chosen. Regular cleaning helps prolong filter life, maintain efficiency, and reduce operational downtime.

Q: Which features make this filter particularly suitable for heavy-duty turbine operation?

A: Its robust stainless steel construction, high-pressure resistance (up to 16 bar), broad temperature tolerance (up to 120C), and export-ready packaging ensure durability and reliability even under intensive, continuous duty cycles.

Q: What benefits does the Turbine Filter offer over standard filters?

A: Compared to typical filters, the Turbine Filter provides superior efficiency (up to 99%), customizable sizing and capacities, a choice of sealing materials, and the ability to handle a range of fluidsdelivering enhanced equipment protection and system longevity.

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