Coolant cooler

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MOQ : 1 Piece

Coolant cooler Specification

Surface Treatment
Powder Coated / Painted / Polished

Flange
Standard / Custom

Media
Coolant / Water / Oil

Max. Temperature
80C

Head Code
Square

Material
Mild Steel / Stainless Steel

Technique
Welded / Brazed Construction

Type
Coolant Cooler

Connecting Type
Flange / Threaded

Shape
Rectangular / Custom

Working Pressure
6 Bar

Operating Voltage (if applicable)
230V / 415V

Weight
25 kg (Approx.)

Application
Industrial Equipment, Oil Cooling, Injection Moulding Machines

Coolant Flow Rate
Up to 500 LPH

Mounting
Floor or Frame Mounted

Core Material
Copper / Aluminium

Inlet/Outlet Size
1" to 4"

Heat Exchanger Type
Shell and Tube / Plate

Coolant cooler Trade Information

Minimum Order Quantity
1 Piece

Supply Ability
100 Pieces Per Month

Delivery Time
7 Days

About Coolant cooler

Discover the monumental performance of our hot-selling Coolant Cooler, engineered with advanced Shell and Tube or Plate heat exchanger types for reliable industrial cooling. This classic solution caters to oil cooling in injection moulding machines, assured by champion-grade copper or aluminium cores. Designed for floor or frame mounting, it handles up to 500 LPH coolant flow, operating flawlessly up to 80C and 6 bar. Choose between mild steel or stainless steel, with modern welded or brazed construction. Explore instant checkout options from India's leading service provider, supplier, and trader.

Versatile Application and Usage Areas

Our Coolant Cooler stands out for its robust build and adaptability. It excels in industrial settings for cooling oil and coolant, especially within injection moulding machines. Mount it securely on floors or frames to suit your workspace, ensuring durable performance in both classic and custom rectangular shapes. Designed to support operations across coolant, water, and oil media, this cooler integrates seamlessly with your application surface, making it ideal for both routine and demanding industrial use types.

Swift Delivery and Secure Dispatch

Benefit from stock-ready coolers poised for shipment from trusted FOB ports across India. Our packaging meets stringent export standards, ensuring that each unit is powder coated, painted, or polished and securely protected for drop-off. We prioritise prompt delivery-backed by coordinated logistics for quick turnaround-so your equipment remains operational with minimal downtime. Whether your requirements are standard or custom-flanged, expect safe packaging and reliable shipment, sustaining our reputation as a dependable supplier.

FAQ's of Coolant cooler:

Q: How does the coolant cooler enhance efficiency in industrial equipment?

A: The coolant cooler efficiently dissipates heat from industrial machines, particularly injection moulding equipment, by circulating coolant or oil through advanced heat exchanger designs, ensuring optimal temperature control and extended machinery lifespan.

Q: What mounting options are available for this coolant cooler?

A: You can choose between floor or frame mounting based on your space and operational requirements. Both configurations offer stable installation for diverse industrial settings.

Q: When can I expect my order to be shipped after instant checkout?

A: Orders are usually shipped promptly since stock is ready for immediate dispatch. Shipment timelines may vary based on location and port but are typically swift to minimize waiting time.

Q: Where is the coolant cooler primarily applied?

A: The cooler is primarily used in industrial environments such as manufacturing plants, focusing on oil cooling for injection moulding machines and other industrial equipment.

Q: What materials and sizes can be customized for specific usage needs?

A: Customers can select from mild steel or stainless steel construction, choose between copper or aluminium cores, and specify inlet/outlet sizes and flanges to match their operation or application requirements.

Q: How does the core material impact cooling efficiency?

A: Choosing between copper and aluminium cores allows you to optimise cooling efficiency based on thermal conductivity and budget, with copper generally providing superior heat transfer properties.

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