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Washing Machines and Dryer Parts Copper Tube Heat Exchanger Radiator Industrial Type Price

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Efficient Heat Transfer: Designed to transfer heat between fluids using copper, aluminum, or stainless steel materials, with a parallel flow configuration and U-shaped tubes to maximize surface area and optimize thermal efficiency.
  • High Pressure Tolerance: Capable of operating at up to 3.0MPa, ensuring reliability in demanding industrial and commercial applications.

Key features

  • 1. Corrosion-Resistant Material Technology

  • With a corrosion-resistant stainless steel and copper tubing design, ensure durability in harsh industrial environments like chemical plants and power facilities.

  • 2. High-Pressure Performance

  • With a maximum working pressure of 3.0MPa, safely handle demanding industrial processes requiring robust thermal management.

  • 3. Enhanced Heat Transfer Efficiency

  • With finned tube technology, increase surface area for improved heat exchange efficiency compared to traditional smooth-tube designs.

  • 4. Industrial-Grade Scenario Adaptability

  • Optimized for continuous operation in industrial settings, such as chemical processing and power generation, where reliable heat transfer is critical.

  • 5. Versatile Structural Design

  • With customizable configurations (finned tube, plate, or standard tube), adapt to diverse thermal management needs across industries.

Product details

Washing Machines and Dryer Parts Copper Tube Heat Exchanger Radiator Industrial Type Price

Our industrial-grade heat exchanger radiator is engineered for high-efficiency thermal transfer in washing machine and dryer systems. Built with corrosion-resistant materials like copper, aluminum, or stainless steel, it supports maximum working pressures up to 3.0MPa. Its finned tube, tube, or plate structures ensure versatility across applications requiring precise heat management.

Technical specifications

FeatureSpecificationApplication Scenario
MaterialCopper, Aluminum, Stainless SteelIndustrial washing machines, chemical processing, HVAC systems
StructureFinned Tube, Tube, PlateHigh-efficiency heat transfer in compact spaces
Max Pressure3.0MPaHigh-pressure industrial processes
DesignU-shaped tubes (parallel flow)Maximized surface area for optimal heat exchange

Customization guide

Adjustable parameters include tube diameter, material composition, and structure type to meet specific pressure, corrosion resistance, or thermal efficiency requirements.

Get inspired

Engineered for durability and precision, this heat exchanger delivers reliable performance in harsh environments. Its modular design allows seamless integration into industrial systems, ensuring efficient heat management without compromising operational safety.

Choose your model

ParameterBase Model (Aluminum)Advanced Model (Stainless Steel)Pro Model (Copper)
Thermal Efficiency85%+15% (98%)+30% (113.5%)*
MaterialAluminum (cost-effective)Stainless Steel (corrosion-resistant)Copper (high conductivity)
StructureStandard TubeFinned Tube (enhanced surface area)Plate (max efficiency)
Corrosion ResistanceModerateIndustrial-gradeTriple industry standard**

Supplier's note

  1. Technical Breakthroughs:

    • Copper tubing in the Pro model achieves 30% higher thermal efficiency than aluminum, enabling faster heat transfer in high-demand applications.
    • U-shaped tubes maximize surface area, improving heat exchange by 20% compared to straight-tube designs.
    • Stainless steel construction in the Advanced model offers triple the corrosion resistance of standard materials, ideal for chemical processing.
  2. Version Selection Guide:

    • Base Model: Best for cost-sensitive applications with moderate pressure and non-corrosive fluids (e.g., residential HVAC).
    • Advanced Model: Suited for industrial environments requiring corrosion resistance (e.g., chemical plants).
    • Pro Model: Optimal for high-efficiency needs, such as commercial washing systems, where rapid heat transfer and durability are critical.

*Compared to industry-standard aluminum heat exchangers.
**Exceeds ISO 9001 corrosion resistance benchmarks.

Frequently asked questions

  • Which heat exchanger material (copper, aluminum, or stainless steel) is best for corrosive industrial environments?

  • How do I clean and maintain the finned tube structure of this heat exchanger radiator?

  • Can this copper tube heat exchanger be customized for high-pressure industrial washing machine systems?

  • Is the 3.0MPa working pressure of this heat exchanger certified for safety in industrial use?

  • Which model suits small-scale industrial dryer systems with limited space?

  • What are the benefits of a finned tube vs. plate heat exchanger for radiator applications?

  • Is this heat exchanger suitable for dryer systems in laundromats with frequent use?

  • How does this heat exchanger radiator improve energy efficiency in industrial processes?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Material CompositionChemical Processing Plants, Marine EnvironmentsIndustry Standard: Aluminum (ASTM B209)Our Base: Copper (ASTM B115)▲
Our Advanced: Stainless Steel (ASTM A240 Grade 316)▲▲
Advanced: Superior corrosion resistance in harsh environments
Base: Moderate durability at lower cost
Maximum Working PressureHigh-Pressure Industrial Boilers, Oil RefineriesIndustry Standard: 2.0MPaOur Base: 3.0MPa▲
Our Advanced: 3.5MPa▲▲ (Exceeds API 660 standards)
Advanced: Safe for extreme pressure applications
Heat Transfer EfficiencyPower Plants, HVAC SystemsIndustry Standard: 500 BTU/hr-ft²-°FOur Base: 600▲
Our Advanced: 750▲▲ (Using finned tube design per ASME PTC-12.2)
Advanced: Reduces energy consumption by 25%
Corrosion ResistanceChemical Plants, Food ProcessingIndustry Standard: 200 hours (ASTM G85 salt spray)Our Base: 500▲
Our Advanced: 1000▲▲
Advanced: 5x longer lifespan in corrosive environments
Structural DesignSpace-Constrained Facilities, High-Volume CoolingIndustry Standard: Plain TubeOur Base: Finned Tube▲ (30% more surface area)
Our Advanced: Plate & Fin▲▲ (50% compaction)
Advanced: Fits into smaller spaces without sacrificing performance
Maintenance RequirementsContinuous-Operation Industries (e.g., Power Generation)Industry Standard: 3 months between cleaningsOur Base: 6▲
Our Advanced: 12▲▲ (Modular design allows easy tube access)
Advanced: Reduces downtime by 75%

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