Copper tube finned condensers for commercial/industrial/cold chain applications | Custom designs based on provided drawings | Free selection support

• Parameter Item	Standard Specification (Customizable)
  Copper Tube Material	T2 High Purity Copper
  Fin Material	Hydrophilic Blue Film Aluminum Foil
  Frame Material	Galvanized Steel / Stainless Steel
  Copper Tube Diameter	5mm – 12.7mm (Customizable)
  Fin Pitch	1.5mm – 4mm (Customizable)
  Working Pressure	1.6MPa – 3.0MPa (Customizable)
  Applicable Refrigerants	R134a, R410a, R22, CO₂, etc.
  Customization Scope	Size, Rows, Circuits, Fittings
  Operating Temp Range	-40℃ ~ +80℃

High-Efficiency Copper Tube Fin Condenser/Evaporator for Refrigeration & HVAC
Our copper tube aluminum fin condenser is a core heat exchange component for refrigeration systems, featuring high thermal conductivity, corrosion resistance, and customizable design. With premium T2 copper tubes and hydrophilic blue aluminum fins, it delivers excellent heat transfer efficiency, low air resistance, and long service life. Ideal for air conditioners, refrigerators, cold rooms, HVAC systems, and industrial chillers. We support full customization of size, coil circuit, and interface to meet your specific project needs. CE certified, strict quality testing, and global shipping available.
Core structure disassembly

• Heat Exchange Copper Tubes: Made of high-purity copper (T2 copper), possessing excellent thermal conductivity, corrosion resistance, and weldability. Connected in series via U-shaped elbows to form a refrigerant flow loop, ensuring efficient heat exchange. Tube diameter, number of rows, and number of loops can be customized according to cooling capacity.
• Aluminum Fins: Utilizing hydrophilic blue aluminum foil (blue fins in the image), these fins are mechanically expanded to ensure a tight fit with the copper tubes, maximizing heat transfer efficiency. The fin design increases the air-side heat exchange area, improving air-cooled heat exchange efficiency. The hydrophilic coating prevents frost formation, reduces condensation residue, and avoids increased air resistance.
• Fixing Frame: Galvanized steel/stainless steel brackets for securing the coils and ensuring structural strength. Pre-drilled mounting holes accommodate various refrigeration equipment installation requirements.
• Interface Design: Copper tube inlet and outlet interfaces feature dustproof protective caps (black end caps in the image), adaptable to different refrigerant piping specifications. Customizable interface sizes and orientations are supported.