Coolant Micron Filters

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Coolant Micron Filters Specification

Resistance
Low Initial Resistance

Capacity
10-800 L/min

Efficiency (%)
99

Diameter
65 mm 300 mm

Type
Micron Cartridge/Panel Filter

Material
Polypropylene, Polyester

Thickness
0.5 mm 3 mm

Thermal Shrinkage
1.5%

Working Temperature
-20C to 120C

Application
Coolant Filtration in CNC Machines, Industrial Machinery

Coolant Micron Filters Trade Information

FOB Port
yes

Payment Terms
Cash on Delivery (COD), Letter of Credit (L/C), Western Union, Paypal, Cash Against Delivery (CAD), Telegraphic Transfer (T/T), Cash in Advance (CID), Cheque, Cash Advance (CA)

Supply Ability
1000 Per Year

Delivery Time
3 Week

Sample Policy
Free samples available with shipping and taxes paid by the buyer

Packaging Details
PACKING, WOODEN BOX

Main Export Market(s)
Australia, North America, South America, Eastern Europe, Western Europe, Middle East, Africa, Central America, Asia

Main Domestic Market
All India

Certifications
ISO 9001 : 2015

About Coolant Micron Filters

PP Multi Cartridge Filter Housing

Applications:

Food & beverages
Dyes & Intermediates
RO Pre filtration
Pharmaceuticals
Bore Well water
Processing Chemicals
Dairy Petroleum Derivatives
Paints & Inks
Coolants
Water Treatment
Features :

Accommodates for 10",20,30,40 Long Filter cartridges

Flow rate up to 2000 m3/hr
Provide custom design services
Housings are permanently piped
All Housings Made from SS 316L , SS 316 & SS304 Are Mirror polished & electro polished to Resist Adhesion of Dirt and Scale
Low pressure drop
High dirt holding capacity
Zero hold up design
Custom design services
Jacketed / Duplex / Triplex Cartridge filter Unit designs are available
High Temperature & High Pressure Design are available
Easy to Clean
Permanently Piped Housing Are Opened Without Special Tools and Without Disturbing the Piping
Machined Cover gasket Groove Provide Positive O-ring Sealing
Carbon Steel Housing are painted externally & Internally Epoxy Coated
End Connections for " Through 24" pipe
Threaded Center Posts or V Posts
Quick Opening Tri Clovers Design
Easy to operate & Low maintenance
ASME Code stamp available
Suitable for Double Open End (DOE), Code 7 & 222 O Ring Type Filter Cartridge
Positive Sealing Arrangement to avoid Bypassing

Technical Specifications:

Material of construction: PP , PVC , ACRALIC

Sizes Cartridge Filter Housings Suitable for: 1Nos To 500 Nos. Of Cartridges in Single Housing, 2, 5, 4, 6 & 8

Diameter of Cartridge, 10 to 60 Long Filter cartridge, Flow Rate

Capacity: Up to 2000 m3 /hr

Gasket / O Ring Material: Neoprene, Nitrile, Silicone, Viton, Buna N, EPDM, PTFE

Cartridge Filter Housing Suitable for Filter cartridges of: Double Open End (DOE) Type, Code 7 (226 O Ring) Design, Code 3 (222 O Ring) Design, NPT Threaded Connection Type, End Connections Available, NPT / BSP Threaded, Flanged Table E / Table F, ANSI B 16.5, ASA 150 RF, DIN Standard, Tri Clover Adaptors and SMS /Dairy End Connection

Versatile Shapes and Sizes for Varied Installations

Coolant Micron Filters are available in multiple shapes such as round and cylindrical, and lengths from 100 mm to 1000 mm. This flexibility allows seamless integration into diverse industrial systems, regardless of space constraints or specific installation needs. With end caps available in ABS, PP, or steel, users can select filters best suited for their application's durability requirements. The precise diameter and thickness options ensure compatibility with standardized mounting methods, making them ideal for dealer, distributor, and end-user installations.

Superior Filtration Efficiency and Low Resistance

These micron cartridge and panel filters deliver exceptional filtration efficiency, removing up to 99% of particles ranging from 1 to 50 microns. Made from high-grade polypropylene and polyester, they maintain low initial resistance throughout their operating lifecycle. Whether in high-capacity or high-precision environments, the filters support flow rates between 10 to 800 L/min, ensuring coolant purity for sensitive CNC and industrial machinery components.

Reliable Performance in Demanding Industrial Environments

Each filter maintains structural integrity under a maximum differential pressure of 4.0 bar, ensuring consistent operation. Suitable for a working temperature range from -20C to 120C, they endure harsh industrial conditions without compromising filtration quality. With a thermal shrinkage of 1.5% and robust build, they serve a spectrum of filtration demands in manufacturing, machining, and heavy equipment industries across India.

FAQ's of Coolant Micron Filters:

Q: How does the coolant micron filter improve filtration in CNC machines?

A: Coolant micron filters remove particles down to 1 micron, preventing contamination and ensuring clean coolant. This minimizes machine wear, enhances precision, and promotes longer tool life in CNC machines.

Q: What is the recommended process for installing these filters?

A: Installation is straightforward through standard clamp or threaded mounting systems. Select the appropriate diameter and length for your system, then secure the filter according to the manufacturer's guidelines to ensure optimal sealing and efficiency.

Q: When should the coolant micron filter be replaced?

A: Since the filters are non-reusable, replace them when the flow rate drops noticeably or when differential pressure approaches the 4.0 bar maximum. Regular monitoring as per industrial maintenance schedules is recommended.

Q: Where can these filters be applied beyond CNC machines?

A: Apart from CNC machines, these filters are highly effective for industrial machinery requiring coolant filtration, such as milling, grinding, and other manufacturing equipment demanding precision fluid management.

Q: What benefits do these filters offer for industrial applications?

A: They ensure high-efficiency removal of contaminants, protect machinery components, improve coolant longevity, and support compliance with RoHS standards, thereby reducing maintenance and downtime costs.

Q: How does the flow direction affect filter performance?

A: Filters are designed for inside-out or outside-in flow to suit different system designs. Proper orientation maximizes contact with filter media, enhancing particle capture and overall efficiency.

Q: What makes these filters suitable for Indian industrial environments?

A: With their wide compatibility, robust construction, thermal resistance up to 120C, and compliance with regulatory standards, these filters are ideal for India's diverse manufacturing, fabrication, and machining sectors.

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