Why Choose UAR Shell and Tube Condenser
30+ Years of Manufacturing Experience
5000+ Units Delivered Overworld
Power: from 10 kW up to 10,000 kW
Supports CE, PED, ASME, BVÂ
Custom Dimensions for Retrofit Projects
Case of Marine Titanium Shell and Tube Condenser Projects
Expertly Engineered Shell and Tube Condensers
If you are looking for a professional shell and tube condenser factory in China, we are your first right choice. We have gained years of production experience and have 20 professional engineering designers.
We provide flexible customization to meet diverse needs in materials, colors, dimensions, and more, backed by complimentary design support.
We operate a factory exceeding 10,000 square meters, equipped with specialized production lines and pressure vessel certifications. Our shell and tube condensers are guaranteed in both production timelines and quality.
Full Range of Shell & Tube Condensers
Looking for high-quality shell-and-tube condensers? With 30+ years of manufacturing expertise and professional engineering support, we offer multiple options. Our shell-and-tube condensers deliver high efficiency, durability, and versatility.
Suitable for use with seawater as the cooling medium. Support BV Certification.
Use cooling water to remove heat from the refrigeration system.
Shell and Tube Condenser by Refrigerants
Different refrigerants offer their own distinct advantages. We can provide the refrigerant that is best suited to your project—delivering stability and high efficiency—based on your specific requirements.
Shell and tube condensers for industrial applications.
Shell and Tube Condenser by Material
Different operating conditions require shell and tube condensers made from different materials. UAR provides the most suitable shell-and-tube condenser solution for your needs.
Suitable for environments with uncomplicated operating conditions.
Suitable for environments requiring corrosion resistance.
Suitable for environments with complex operating conditions.
Features of UAR Shell and Tube Condenser
Shell and tube condensers you can trust
From model selection to installation, one-on-one guidance.
Customization options include material, size, color, and other specifications.
Optimized tube design ensures excellent shell and tube condenser performance.
Pre-shipment inspection ensures you receive high-quality shell and tube condensers.
Materials You Can Choose for Your Shell and Tube Condenser
UAR consistently selects premium material compliant with ASME, PED, GB, and other standards. We do customization to the project environment, incorporating copper tubing, stainless steel tubing, and titanium tubing. This enhances operational stability and extends the service life of your projects.
More Customized Option for Your Shell and Tube Condenser
UAR provides institutionalized services. Based on client project requirements, we offer customized designs for horsepower, structure, materials, colors, and dimensions. UAR provides you with customized design solutions. This ensures the shell and tube condenser strikes a balance between efficiency and quality, enabling customers to reduce costs during operation.
Company Advantage
Since 1996, UAR has dedicated itself to the production of shell and tube condensers, drawing on over 30 years of experience in R&D and manufacturing.
Our design engineering team employs precise calculations based on thermodynamics and mechanics to ensure optimal design solutions. We carefully select materials that strictly meet safety standards and utilize precision manufacturing processes to deliver shell and tube condensers that offer superior performance and a long service life.
Applications for Shell and Tube Condenser
Shell and tube condensers are among the most widely used pieces of equipment in the fields of industrial refrigeration and heat exchange, primarily due to their high heat transfer efficiency and versatility. We can design and manufacture these units to meet specific operational requirements, accommodating various refrigerants, pressure ratings, and materials of construction.
UAR shell and tube condensers can be used in HVAC systems, leveraging their high heat-transfer efficiency to ensure stable heat dissipation.
The marine industry imposes more rigorous requirements on the condenser. UAR shell and tube condensers are available in corrosion-resistant materials, effectively addressing the corrosion risks associated with harsh operating conditions.
The food and beverage processing industry demands high standards for process cooling and temperature control. UAR shell and tube condensers deliver stable heat exchange performance, ensuring superior quality and production efficiency.
We fully understand the pharmaceutical industry’s stringent requirements regarding hygienic environments and temperature control. Thanks to customizable materials and stable heat transfer performance, UAR shell-and-tube condensers are ideally suited for cooling systems in pharmaceutical production and cleanroom facilities.
The UAR shell and tube condenser is a key component of industrial chillers, providing stable cooling for your industrial production and shortening production cycles.
UAR shell and tube condensers are designed for data center cooling systems and precision air conditioning equipment. They rapidly dissipate heat generated during operation, ensuring the long-term, stable performance of servers and critical equipment.
Shell and tube condensers are used in many industry applications, such as heat rejection, food processing, pharmaceutical production, beverage processing, biotechnology processing, dairy Processing, engine power etc. With highly efficient and stable heat transfer performance, it rapidly dissipates heat generated during system operation, ensuring continuous and efficient overall production. When your businesses require cooling, our shell and tube condensers can assist you. Customized shell and tube condensers can improve your system efficiency and reduce operating costs.
Simply divided into 3 steps:
Step 1: Share your project requirements (key information points such as cooling capacity, refrigerant, application field, etc.)
Step 2: The UAR team design the product and provide a quotation based on the information points
Step 3: After confirming the quotation and product design, pay the deposit to initiate your product manufacturing process.
Data Sheet
- Specification
| Capacity | 10 kW – 10,000 kW (customizable) |
| Tube Material | Copper, Stainless Steel, Titanium |
| Orientation | Horizontal |
| Shape | Shell and Tube |
| Temperatures Range | -40℃～150℃ (customizable) |
| Compatible Refrigerants | R134a, R410a, R407c, R1234ze, R1234yf, R245fa |
| Connection Method | Flanged connection, Threaded connection |
| Pressure | 1.0–4.5 MPa (customizable) |
| Certifications | CE, PED, ASME, ISO9001 |
| Service life | 10–20 years |
Testimonials
We procured UAR shell and tube condensers for a large-scale chiller project. The products deliver stable heat transfer performance and low operating noise. The engineering team provided professional support during the selection phase, helping us successfully complete the project.
HVAC Equipment Manufacturer – AustraliaThis batch of shell and tube condensers is used in a food cold storage project and has been in continuous operation for over a year. The equipment has performed reliably, with no issues regarding leaks or a decline in heat transfer efficiency, and the client is highly satisfied with the final results.
Industrial Refrigeration Contractor – MexicoGiven the highly corrosive nature of the project’s operating conditions, a 316L stainless steel shell-and-tube condenser was selected. The equipment operates reliably and meets the requirements for continuous production.
Chemical Processing Plant – Saudi Arabia
Shell and tube condensers enable highly efficient heat exchange across large surface areas. They are widely used in HVAC, refrigeration, chemical, and industrial processes.
The pricing for the shell and tube condenser is calculated based on your specific project requirements. If you become our authorized distributor or place large-volume orders, we can offer preferential pricing policies to support your needs.
Our shell and tube condensers are commonly available in colors such as black, blue, white, and green. Of course, you can also customize the color of your shell and tube condenser to suit your specific needs.
UAR provides free design services. After paying the deposit, we will provide you with the shell-and-tube condenser drawing files for approval.
Yes, UAR supplies detailed operation manual and can provide remote or on-site technical support if required.
Condensers and evaporators are both core heat exchange components in refrigeration systems. They perform different functions. The condenser is responsible for heat rejection, while the evaporator is responsible for heat absorption.
Under normal operating conditions, the service life of a copper-tube shell and tube condenser is typically 10–15 years. The service life of a stainless steel shell and tube condenser is typically over 15 years. A titanium-tube shell and tube condenser can last more than 20 years in a seawater environment.
To provide you with an accurate model selection and quotation, we recommend providing the following technical parameters: Refrigerant, Cooling Capacity, Water Inlet Temperature, Water Outlet Temperature, Flow Rate, and Operating Pressure.
What Is The Shell And Tube Condenser
The shell and tube condenser is a high-efficiency heat exchange device that achieves refrigerant condensation through heat transfer between hot and cold media. It has a wide range of applications and is one of the most common and mature types of condensing equipment used in modern refrigeration systems.
How Does A Shell And Tube Condenser Work
A shell and tube condenser is a heat exchange device that facilitates the condensation of refrigerant through heat exchange between hot and cold media. It cools and condenses the high-temperature, high-pressure refrigerant vapor discharged from the compressor into a liquid, thereby supplying a stable flow of liquid refrigerant for the subsequent stages of the refrigeration cycle.
Operational Process
Step 1: High-temperature refrigerant enters the condenser and releases heat.
Step 2: The cooling medium flows through the heat exchange tubes, absorbing the heat released by the refrigerant.
Step 3: The high-temperature refrigerant and the low-temperature cooling medium are separated by the walls of the heat exchange tubes—preventing direct contact—while heat exchange takes place.
Step 4: As heat is continuously removed, the refrigerant gradually transitions from a high-temperature gas to a liquid state, completing the condensation process.
Step 5: The cooling water, having absorbed the heat, exits the condenser and enters another cooling system to be cooled down before being recirculated.
Shell And Tube Condenser Components
A shell and tube condenser consists of components such as the shell, heat exchanger tube bundle, tube sheets, baffles, and end caps.Â
During operation, the refrigerant typically flows through the shell side, while the cooling water flows through the tube side; heat exchange occurs across the tube walls. The refrigerant releases heat and gradually condenses into a liquid, thereby completing the condensation process of the refrigeration cycle.
Shell And Tube Condenser Calculation
The selection and design calculation of a shell and tube condenser aim to ensure sufficient heat transfer area and adequate condensing capacity to meet system loads, while guaranteeing stable operation under various conditions.
- Determine the required cooling capacity.
- Determine the cooling water inlet and outlet temperatures and the cooling water flow rate.
- Determine the condensing temperature.
- Select the heat transfer area.
- Assess the operating environment and select appropriate materials.
- Determine the operating pressure.
Send us your operating conditions, our engineers will provide professional shell and tube condenser calculation and selection within 24 hours.
