Reach Cooling Group 32-0973 A/C Condenser

A/C Condenser

Reach A/C condensers use advanced engineering methods together with innovative manufacturing technology resulting in a product that meets or exceeds form, fit, and function. Reach A/C condensers use advanced engineering methods together with innovative manufacturing technology resulting in a product that meets or exceeds form, fit, and function.

• Our fin edges are folded for increased stability and heat disbursement properties.
• Our tubes feature a 5mm fin height which allows for a greater cooling surface.
• All our tubes are zinc coated to better handle salt corrosion, especially for areas near the coast or with heavy snow.
• All brackets and fittings are made with virgin aluminum to ensure purity of material and strength in brazing bond.
• Reach condensers are designed and manufactured with OE performance and fit as our top priority. By utilizing topnotch materials, designs, and manufacturing techniques, we ensure that our condensers have the best quality and reliability.
• Reach condensers feature a parallel flow design to increase cooling efficiency.
• Tube-and-fin configuration strictly follows OEM design to ensure maximum heat transfer and performance during pressure drop.
• Our fin edges are folded for increased stability and heat disbursement properties.
• Our tubes feature a 5mm fin height which allows for a greater cooling surface.
• All our tubes are zinc coated to better handle salt corrosion, especially for areas near the coast or with heavy snow.
• All brackets and fittings are made with virgin aluminum to ensure purity of material and strength in brazing bond.
• Reach condensers are designed and manufactured with OE performance and fit as our top priority. By utilizing topnotch materials, designs, and manufacturing techniques, we ensure that our condensers have the best quality and reliability.
• Reach condensers feature a parallel flow design to increase cooling efficiency.
• Tube-and-fin configuration strictly follows OEM design to ensure maximum heat transfer and performance during pressure drop.