Why Choose HeShun Refrigeration Condensers?
- Copper tubes with aluminum fins for high heat transfer efficiency.
- Axial or centrifugal fans, configured to meet specific requirements (from a single unit to over a dozen).
- Epoxy anti-corrosion coating—ideal for coastal projects without worrying about corrosion.
- Condensers matched to compressors to ensure optimal system efficiency.
Your Reliable Refrigeration Condenser Supplier In China
Looking for a refrigeration condenser supplier in China? We’re HeShun, and this is pretty much all we do. We supply condensers for cold storage, supermarkets, and industrial setups. But here’s the thing — we don’t just sell you one off the shelf. We figure out what actually works for your system. Fan type, coil material, corrosion protection, heat exchange — we match all of that so you’re not paying for features you don’t need, and your system actually runs the way it should.
A condenser is really just a fan blowing over a heat exchanger. Simple idea. But grab the wrong one, and you’ll know it-high-pressure alarms popping off, compressor burning out faster than it should, noise that drives everyone crazy.
So if you’re in the market, here’s what helps us help you: Just tell us your compressor model, what refrigerant you’re running, the ambient temperature where the unit lives, and how far the pipes need to run. That’s enough for us to point you at the right fit. No upsell, no fluff.
Contact us for a quote on your refrigeration condenser.
Air-Cooled & Evaporative Condensers — For Cold Storage & Industrial Refrigeration
Air-Cooled CondenserCopper tubes, aluminum fins, axial or centrifugal fans. That’s what most cold storage projects use. Works with most refrigerants, easy to install, not much maintenance. You can pick how many fans you need.
Evaporative CondenserAir plus water evaporation. More efficient than air-cooled in hot climates. Uses more water, less electricity. Built for large-scale industrial refrigeration.
More About Our Refrigeration Condenser
- Specifications
| Parameter | Technical Specifications |
| Heat Exchange Capacity | 5 kW ~ 1,500 kW (customization available) |
| Condenser Type | Air-cooled / Water-cooled / Evaporative |
| Heat Exchange Structure | Copper tubes with aluminum fins |
| Fan Configuration | Axial / Centrifugal (optional) |
| Number of Fans | 1 ~ 16 units (configured based on heat exchange requirements) |
| Compatible Refrigerants | R404A / R448A / R449A / R507 / R22 / NH₃ / CO₂ |
| Operating Pressure | 3.0 MPa ~ 4.5 MPa |
| Anti-corrosion Treatment | Epoxy coating optional (suitable for coastal and highly corrosive environments) |
| Control Method | Fixed-speed control / Variable-frequency speed control |
You would be surprised how often we get this question. It depends on two things: your compressor and your location.
A refrigeration condenser needs to reject more heat than the compressor produces. Simple enough. But how much more varies with your climate. If your summers push past 40°C, go one size up. We have seen too many systems struggle because someone tried to save a few hundred dollars on the condenser.
Send us your compressor model and project location. We will work out the right size.
Mostly comes down to your climate.
Air-cooled is what we recommend for most projects. No water hookups, no chemical treatment, no worrying about water quality. They just work.
Evaporative refrigeration condensers use less power, and that is a real advantage in hot, dry areas — the Middle East, Central Asia, inland Australia. But they need a steady water supply and consistent water quality management. It is not a set-it-and-forget-it solution.
Our take: Air-cooled for the vast majority. Go evaporative only if you are in a dry, hot climate with cheap water.
The shorter the pipe run, the better.
For air-cooled refrigeration condensers, we like to keep it under 30 meters. Beyond that, things start to go sideways. Efficiency drops, oil return becomes a problem, and you may need bigger pipes or an oil separator you did not budget for.
If your layout forces a longer run, tell us before you order. We have dealt with this before, and we can design around it.
Yes, and we see this more often than we would like.
When the refrigeration condenser is undersized or dirty, discharge pressure goes up. Higher pressure means higher temperature, and higher temperature breaks the oil down faster. Once the oil degrades, the compressor is the first thing to suffer.
If you are replacing compressors more often than you should, start with the refrigeration condenser. Nine times out of ten, that is where the problem starts.