CHEVROLET AC Condenser

Product Description: Manufacturer no.: F23005 OEM No.: 96409127/9640912 Description: Condenser Suitable Model: CHEVROLET EPICA OLD 02-06 Material: Aluminum Core size: 600*388*16mm Carton size: 740*90*460*mm Packing:Neutral packing / Foam Corner Protector / Appearance Package: Can custom design or our factory brand packing product time : 60 days or stock MOQ:25 PCS ​

Product Description: Construction: The condenser in the CHEVROLET BUICK SAIL typically incorporates the following components: Tubes: Refrigerant gas travels through the tiny tubes in the condenser to enable heat exchange. The configuration of these tubes is intended to optimize their surface area and enable efficient transfer of heat. Fins: The tubes include thin metal fins to increase surface area and heat dissipation. They boost cooling efficiency by transmitting heat from

Product Description: Construction: The condenser in the CHEVROLET CHEVROLET SAIL typically incorporates the following components: Tubes: The tiny tubes in the condenser allow the refrigerant gas to pass through, allowing heat exchange. The layout of these tubes maximizes surface area and encourages effective heat transfer. Fins: Thin metal fins are attached to the tubes to promote heat dissipation and surface area. They aid in efficient cooling by transferring heat from the

Product Description: Construction: The condenser in the CHEVROLET CRUZE typically incorporates the following components: Tubes: The tiny tubes in the condenser let the refrigerant gas flow through, which promotes heat exchange. The design of these tubes maximizes surface area and encourages effective heat transfer. Fins: Tiny metal fins are attached to the tubes to increase surface area and heat dissipation. By aiding in the transfer of heat from the refrigerant to the

Product Description: Construction: The condenser in the CHEVROLET AVEO typically incorporates the following components: Tubes: The refrigerant gas passes through the condenser's narrow tubes, increasing heat exchange. The shape of these tubes maximizes surface area and allows for efficient heat transfer. Fins are thin metal fins fitted to tubes to increase surface area and heat dissipation. They help to transport heat from the refrigerant to the surrounding air, allowing for