Description
ADV full aluminum high performance radiatos can dramatically increases durability, eliminates solder corrosion, and reduces weight versus conventional copper-brass radiator designs. The radiator utilizes a controlled atmosphere brazing (CAB) process resulting in much stronger tube-to-header joints compared to copper-brass radiators.
Suitable for a wide range of applications, single or dual pass, down flow, or cross flow designs can all be usd in a full range of dimensions to meet your specific needs. Our All-Aluminum Radiators are manufactured by atmosphere controlled furnace brazing to ensure the highest quality and performance.
All-aluminum construction means lighter weight and improved heat transfer over traditional radiators (copper/brass).
Application:
LAB & Test
1.Leak Test of Every Unit
2.Performance Test
Performance Test: | Compressed Air System | Water Glycol System | Water Glycol System |
---|---|---|---|
Flow: | 0-48Nm3/min | 400L/min | 600L/min |
Temp: | ≤200°C | ≤100°C | ≤110°C |
Max. heating power: | 110KW | 180KW | 240KW |
3. Salty Spay Test
we can offer C5 standard preservative treatment preservative treatment, please contact us fr more information
Purchasing Guide
You just need to tell us your specific requirements and environmental parameters so that we can make professional quotations accordingly.
Please advise:
Oil parameter | Fluid | |
Flow | ||
Inlet temperature (℃) | ||
Cooling power (kw) | ||
Max. allowable pressure drop | ||
Max. work pressure (MPa) | ||
Air parameter | Flow | |
Inlet temperature (℃) | ||
Cooling power (kw) | ||
Max. allowable pressure drop | ||
Max. work pressure (MPa) | ||
Cool air parameter | Flow & Pressure curve | |
Inlet temperature (℃) | ||
Air trace | ||
Mounting | Max overall dimension | |
Location of connections | ||
Requirement of structure | ||
Working condition |
Be free to contact us if you need any further supporting, thank you!