Copper Heat Exchanger

Name: Copper Heat Exchanger
Brand: BADRIN INDUSTRIES
Price: 10000 INR
Availability: InStock

Price 10000 INR/ Piece

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Copper Heat Exchanger Specification

Max Pressure
16 Bar

Max. Capacity
Up to 200 LPH

Number of Pipe
18

Diameter
32 mm (Outer Pipe), 16 mm (Inner Pipe)

Temperature
Up to 180C

Thickness
3 mm

Condition
New

Structure
Tube-In-Tube

Liquid Flow Rate
120 LPH

Working Presssure
16 Bar

Power
No Power Required

Weight
50 kg

Dimensions
1200mm x 300mm x 350mm

Copper Heat Exchanger Trade Information

Minimum Order Quantity
5 Pieces

Supply Ability
1 Piece Per Day

Delivery Time
3-4 Days

Main Domestic Market
All India

About Copper Heat Exchanger

Being a profound manufacturer, exporter and supplier in the domain, we are offering a pristine quality Copper Heat Exchanger. This exchanger is widely appreciated in the market to be used in industrial plants for cooling as well as heating operation. Offered exchanger is manufactured by our deft professionals using quality-examined copper and cutting-edge techniques. Additionally, provided Copper Heat Exchanger can be purchased from us in bulk at nominal prices.

Key Points of Copper Heat Exchanger:

Rigid design
Resistant to corrosion
Easy to install
Trouble free functioning

Superior Efficiency in Industrial Applications

Engineered for professional use, this copper heat exchanger excels in demanding environments like chemical processing, industrial heating, and precision cooling. Its high-grade construction, paired with a 1.8 m heat transfer area, maximizes heat exchange while minimizing energy loss. The streamlined tube-in-tube design supports optimal liquid flow and robust pressure handling, making it an essential asset for modern operations.

Exceptional Durability and Low Maintenance

With a premium copper build, this heat exchanger delivers excellent corrosion resistance and a lifespan of over a decade. The cleverly designed easy open ends simplify routine cleaning, reducing downtime and maintenance costs. Its sturdy threaded end connections ensure leak-proof installation, contributing to consistent long-term performance even in challenging industrial settings.

FAQs of Copper Heat Exchanger:

Q: How is this copper heat exchanger installed in industrial systems?

A: The unit is designed for flexible installation, accommodating both horizontal and vertical configurations. Its threaded end connections ensure hassle-free integration into existing pipelines, which makes it versatile for various industrial setups.

Q: What makes the heat exchanger suitable for corrosive environments?

A: Constructed from high-grade copper, the exchanger delivers outstanding resistance to corrosion commonly caused by industrial chemicals and fluids, ensuring reliability and an extended operational life exceeding 10 years.

Q: When should maintenance or cleaning be performed on the exchanger?

A: Routine maintenance can be easily carried out thanks to the easy open ends, which provide straightforward access for cleaning. The robust design and corrosion resistance minimize the frequency of maintenance, often requiring only periodic inspections based on usage conditions.

Q: Where can this heat exchanger be used?

A: Its robust specifications suit a diverse array of industrial applications, including chemical processing, heating, and cooling operations. With the ability to operate at up to 180C and withstand 16 bar pressure, it is ideal for demanding environments in manufacturing and process industries.

Q: What process is involved in cleaning the copper heat exchanger?

A: Maintenance involves releasing the easy open ends to access the internal tubes. This allows for thorough cleaning to remove scale or residue, ensuring maximum heat exchange efficiency and prolonging the units service life.

Q: How does this heat exchanger benefit industrial facilities?

A: It provides efficient heat transfer, robust durability, and significantly reduced downtime due to its low maintenance needs. The high corrosion resistance and long service life translate to lower operating costs and reliable temperature control, enhancing overall plant productivity.

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