Copper Brazed Heat Exchanger

(1 customer review)

A copper brazed heat exchanger is a compact, high-efficiency device used for transferring heat between fluids in industrial and HVAC systems. Stainless steel plates are vacuum brazed with copper to create a strong, sealed structure that handles high pressure and temperature while delivering excellent thermal performance. It is widely used in refrigeration, heat pumps, hydraulic oil cooling, and process cooling applications

Copper Brazed Heat Exchanger

Product Overview

Copper brazed heat exchangers are compact, high-efficiency thermal transfer units designed for demanding mechanical and industrial environments. Stainless steel plates are vacuum brazed with copper to create a sealed, gasket-free structure capable of handling high pressure and temperature.

This design delivers excellent heat transfer performance within a compact footprint, making these exchangers widely used in HVAC systems, refrigeration equipment, hydraulic oil cooling, heat pumps, and industrial process cooling.

Kinetix FabWorks supplies copper brazed heat exchangers engineered for reliable performance across New Zealand and international industrial sectors.


Key Product Features

FeatureDescription
High Thermal EfficiencyCorrugated stainless steel plates create turbulence that maximizes heat transfer between fluid channels.
Compact DesignPlate construction enables high heat transfer performance within a small installation space.
Copper Brazed StructureVacuum brazing bonds plates without gaskets, providing a strong and leak-free unit.
High Pressure CapabilityDesigned to withstand demanding industrial pressure and temperature conditions.
Maintenance FreeFully sealed structure eliminates gasket wear and reduces maintenance requirements.

Typical Applications

IndustryApplication
HVAC SystemsHeat transfer for chillers, heat pumps, and air conditioning units
RefrigerationEvaporators and condensers in commercial refrigeration
Hydraulic SystemsCooling hydraulic oil in heavy industrial machinery
Industrial ProcessingTemperature control in manufacturing processes
Renewable EnergyHeat recovery and geothermal systems

Technical Specifications

SpecificationDetails
Plate MaterialStainless Steel AISI 316L
Brazing MaterialHigh Purity Copper
Maximum PressureUp to 30 bar (model dependent)
Operating Temperature-196°C to 200°C
ConstructionVacuum brazed plate structure
Heat Transfer SurfaceMultiple plate configurations available

Connection Options

Connection TypeDescription
ThreadedStandard threaded pipe connections
SolderedCopper solder connections for refrigeration systems
Custom ConnectionsCustom connection types available upon request

Performance Advantages

AdvantageBenefit
High Thermal ConductivityEfficient heat transfer between fluids
Compact FootprintIdeal for systems with limited installation space
Durable ConstructionResistant to pressure fluctuations and vibration
Energy EfficientImproves system efficiency and reduces operating costs
Long Service LifeBrazed plate structure increases durability

Industries Served

  • Industrial Manufacturing

  • HVAC Engineering

  • Food Processing Equipment

  • Marine Cooling Systems

  • Renewable Energy Installations

  • Hydraulic Equipment Manufacturing


Engineering Support

Kinetix FabWorks provides engineering assistance to ensure the correct heat exchanger configuration for each system.

Support includes

Engineering ServiceDescription
Thermal Performance SelectionDetermining correct heat transfer capacity
Capacity SizingSelecting appropriate plate configuration
Flow ConfigurationOptimizing inlet and outlet flow paths
System IntegrationAssisting with installation into existing systems

Request a Quote

For copper brazed heat exchanger specifications, sizing assistance, or custom configurations, contact the Kinetix FabWorks engineering team.

Submit your technical drawings or system requirements and our team will recommend the optimal heat exchanger solution.

1 review for Copper Brazed Heat Exchanger

  1. kinetix fabworks

    Quality product, modern technology and precision engineering

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