CHILLER

Advantages

High cooling efficiency
Precise and stable temperature control
Centralized management
Lower noise and vibration

Product Description

Air-Cooled Chiller

Air-cooled chillers utilize an air cooling system, consisting primarily of a compressor, condenser, evaporator, and expansion valve. The condenser is equipped with fans that draw ambient air to dissipate heat from the refrigerant. This setup typically has a more compact design and does not require additional cooling towers or complex water piping systems, making installation straightforward.

Advantages:

Easy Installation
Lower Initial Costs
Reduced Maintenance
Flexible Location

Water-Cooled Chiller

Water-cooled chillers operate using a water cooling system, consisting of a compressor, condenser, evaporator, expansion valve, and typically a cooling tower. The condenser facilitates the transfer of heat from the refrigerant to circulating water, which is then cooled in an external cooling tower. This system is generally larger and more complex compared to air-cooled units.

Advantages:

Higher Efficiency:
Performance in High Temperatures:
Less Noise:
Compact Design:

Product Application

Food & Beverage Industry

Water Treatment

Chemical and Pharmaceutical Industry.

Oil & Gas Industry

HVAC Systems

Power Generation

Professional Provider of Heat Exchange Solutions

Trancox specializes in innovative heat transfer solutions and spare parts for various heat exchangers. Our dedicated team ensures optimal performance, efficiency, and reliability throughout our products’ lifecycle.

We provide a wide range of heat exchangers for demanding applications across industries such as HVAC, oil and gas, food and beverage, pharmaceuticals, agriculture, and chemical processing. Our engineers support you in sizing all types of heat exchangers—including plate and frame, brazed plate, shell and tube, chillers, and more—while our fabrication facilities deliver both stock and custom heat transfer solutions at competitive rates.

Request a Quote

Order Process

1️⃣ Send Your Inquiry
Tell us your product needs and order details.

2️⃣ Confirm the Solution
We recommend the right product and confirm the price.

3️⃣ Production & Quality Check
We arrange production and check the quality before delivery.

4️⃣ Shipping & Support
We ship the goods and provide after-sales support.

Simple. Fast. Reliable.

Frequently Asked Questions

Why do plate heat exchangers have higher heat transfer efficiency compared to other types?

Plate heat exchangers feature a large surface area due to their thin, corrugated plates, which create turbulent flow even at low velocities. This turbulence enhances heat transfer by reducing the thermal boundary layer, allowing for more efficient thermal exchange between fluids. Additionally, the close spacing of the plates ensures a compact design with minimal fluid volume, leading to faster temperature changes and improved overall efficiency compared to shell-and-tube or other heat exchanger types.

What are the advantages of brazed plate heat exchangers compared to gasketed plate heat exchangers?

MOQ is flexible for us and one set is feasible.Of course our team also could supply you a complete solution according to your request.

What factors affect the performance of a heat exchanger?

Several factors influence heat exchanger performance, including fluid flow rates, temperature differences between hot and cold fluids, fouling or scaling inside the exchanger, pressure drops, and the design of the exchanger itself (such as surface area and plate corrugation). Regular maintenance and proper selection based on operating conditions are key to ensuring optimal performance.

How do I determine the correct heat exchanger size and model for my application?

Our experienced engineering team will work closely with you to understand your process conditions—such as flow rates, temperature ranges, pressure requirements, and fluid properties. Using this data, we perform detailed calculations and simulations to select the most efficient and cost-effective heat exchanger model that meets your specific requirements.

How does Trancox ensure the quality and reliability of its products?

Quality is integral to our manufacturing process. We use only premium-grade materials and operate advanced production lines with automated quality control systems. Every unit undergoes rigorous testing—including pressure tests, thermal performance verification, and integrity inspections—to comply with international standards (e.g., ASME, PED). Our strict QA protocols guarantee safe, efficient, and durable heat exchangers.

Can Trancox supply plates and gaskets compatible with other brands?

Yes, Trancox can provide replacement plates and gaskets compatible with many major heat exchanger brands. Our engineering team can help identify the correct dimensions and materials needed to ensure proper fit and performance. We source high-quality materials that meet or exceed original manufacturer specifications, offering a reliable and cost-effective alternative for maintenance and repair.