Box Type Heat Exchanger

Name: Box Type Heat Exchanger
Brand: FITZER INCORPORATION
Price: 200000 INR
Availability: InStock

Price 200000 INR/ Unit

Get a Price/Quote

MOQ : 1 Unit

Box Type Heat Exchanger Specification

Condition
New

Structure
Box type with multiple tube inlets and heavy-duty frame

Dimensions
Approx. 700 500 mm for 15 m2 unit

Surface Type
Corrosion-resistant

Pipe Connectors
Multiple flanged inlets/outlets

Availability
As Per Designed

Finishing
Polished

Access Port
Large front circular access

Cooling Capacity
High with more partitions

International Standard
ASME, TEMA, ASHRAE, IBR

Application
Oil, chemical, dairy industries

Mounting Type
Horizontal mounting

Material
Stainless steel body

Space
Compact design unit

Utility Charge
Cooling and chilling simultaneously

Cooling Time
Optimized, more tubes shorter length

Descaling
Easy, tube length 500-600mm

Box Type Heat Exchanger Trade Information

Minimum Order Quantity
1 Unit

Payment Terms
Cash in Advance (CID)

Supply Ability
15 Units Per Month

Delivery Time
2-5 Days

Main Domestic Market
All India

Box Type Heat Exchanger About

Take advantage of our latest Box Type Heat Exchanger, engineered for unrivaled performance and breathtaking efficiency. With a polished stainless steel body and a compact, space-saving structure, this decorated cooling unit offers high cooling capacity via more partitions and optimized time. The corrosion-resistant surface and large front access provide effortless descaling. Featuring multiple flanged pipe connectors and a heavy-duty horizontal mount, it meets ASME, TEMA, ASHRAE, and IBR standards. Instantly checkout this unit for simultaneous cooling and chilling, perfect for oil, chemical, and dairy industries.

Exceptional Material & Versatile Application

Constructed from corrosion-resistant stainless steel, this Box Type Heat Exchanger guarantees durability and longevity. Designed in compliance with global standards, it's perfect for oil, chemical, and dairy operations demanding high-performance cooling. To use, integrate through the multiple inlet/outlet connectors for seamless horizontal mounting. The innovative design assures efficient operation within confined spaces, making it ideal for both plant upgrades and new installations.

Packaging, Payment Terms, and Shipping Outlay

Each heat exchanger is safely packaged in reinforced wooden crates to prevent transit damage. We offer flexible payment terms for our esteemed clients, ensuring a smooth transaction from order to completion. FOB port dispatch is available from our Indian manufacturing facility, supporting prompt delivery according to your project's outlay and timeline requirements. Trust our reliable logistics to deliver unrivaled product integrity to your doorstep.

FAQ's of Box Type Heat Exchanger:

Q: How do I clean and descale the Box Type Heat Exchanger?

A: The heat exchanger features a large circular front access port, permitting straightforward inspection and cleaning. Routine descaling can be performed easily due to this accessible design and polished internal surfaces.

Q: What applications are suitable for this Box Type Heat Exchanger?

A: This product is ideal for use in oil refineries, chemical processing, and dairy operations. Its compact, high-capacity cooling design serves a wide range of industrial chilling and process cooling requirements.

Q: Where is the Box Type Heat Exchanger manufactured and supplied from?

A: All units are assembled and supplied from our state-of-the-art facility in India, adhering to global standards like ASME, TEMA, ASHRAE, and IBR.

Q: What is the process for ordering and receiving this unit?

A: You can instantly checkout and place an order through our portal. After payment confirmation and order completion, the heat exchangers are carefully packaged and shipped FOB from our designated Indian port.

Q: What benefits does the compact design of this heat exchanger provide?

A: The compact, box-type structure allows for installation in areas where space is at a premium, while shorter tube lengths and more tubes ensure optimal cooling performance in a smaller footprint.

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