Compact Structure
Expandable
Low Cost
Efficient Design
Easy Maintenance
Low Downtime
AWG Series – Wide Gap Plates
AWG Series consists of only wide gap plates. Compare to A Series plates, AWG plates have 5.5 mm to 12 mm plate gap which makes them easier to use in applications where contamination in the fluid is high.
ASW Series – Semi Welded Plates
A cassette contains two plates laser welded together. The advantage of this method is; one side has a welded plate channel and the other side has a traditional plate channel with gaskets. On the welded side, there are two specially produced corner hole gaskets creating the sealing between two cassettes. Thus, the gasket exposure to the fluid is reduced to a minimum on welded side.
ADP Series – Double Wall Plates
Two plates lair-welded together to ensure safety. For applications such as pharmaceutical industry, food & beverage, district heating, cooling of transformer oil, etc, where it is crucial that medium are not mixed
What is a plate heat exchanger and how does it work?
A plate heat exchanger is a device that uses a series of thin and corrugated metal plates to transfer heat between two fluids. It is highly efficient and has a wide range of applications, including HVAC, food processing, and manufacturing.
What are the advantages of using a plate heat exchanger?
Using a plate heat exchanger in Malaysia provides various benefits, including:
- High thermal efficiency.
- Space-saving design.
- Simple maintenance
- Customizable capacity
It’s an ideal solution for businesses needing a reliable and energy-efficient heat transfer system.
How do you choose the best plate heat exchanger?
Choosing the best plate heat exchanger in Malaysia depends on:
- Fluid types and temperatures
- Pressure and flow rate requirements.
- Installation space
- Maintenance access and operational requirements
Local vendors, such as ARES, can provide bespoke sizing and recommendations for your specific industry.
How long does the plate heat exchanger last?
With proper maintenance, they typically last 10-20 years. Exposure to corrosive fluids, high pressure, or poor maintenance can reduce life expectancy.
How frequently should I service a plate heat exchanger?
To ensure optimal performance, inspect and clean your plate heat exchanger at least once a year.
At Thermac Engineering, each plate heat exchanger is engineered with precision—featuring a robust epoxy-painted frame, movable tightening bolts, and corrosion-resistant steel components.
Designed with a plate pack of high-efficiency gaskets and precision-aligned plates, it ensures superior thermal performance with minimal maintenance. What sets us apart? Our commitment to modular design, easy servicing, and bespoke configurations. With features like guided bars for alignment and reinforced support columns, our systems meet stringent industry standards. Choose Thermac Engineering for innovative, durable, and reliable plate heat exchanger solutions tailored for demanding industrial applications.