We always focus on the research and development of high-end graham heat exchangers, vertical shell and tube heat exchanger, oil heat exchanger, and insist on the concept of letting science and technology burst into force since the establishment. We have professional production experience, strong production technology and market foundation. We always adhere to the global perspective, bench marking the most advanced development model as well as management and technical standards of the international industry. We are committed to providing pre-sales, in-sales, and post-sales technical support and marketing channels so that our customers perceive our employees as professional and dedicated in their business knowledge, technical ability, and professionalism. If needed, welcome to help make speak to with us by our web page or cellular phone consultation, we are going to be delighted to serve you.
Introduction of PHE in HVACIn HVAC systems, plate heat exchangers are used to maintain a comfortable temperature inside buildings. For example, in a typical air conditioning system, a plate heat exchanger is used to transfer heat between the chilled water and the air being circulated throughout the building. As warm air passes over the cold water, it is cooled and then returned to the building, while the water absorbs the heat and is then transported to the chiller for re-cooling. This cycle is repeated continually to maintain a consistent indoor temperature.

Material Design and Selections
For various applications and requirements, we provide many types of material.
Here is a simple common material sheet for reference.
Material Selection | ||
Plate Material | SUS304, SUS316L, SMO254, Ti, Ni, Hastelloy | ![]() |
| Gasket Material | NBR, HNBR, EPDM,Viton/Flurorubber,Chloroprene, Silicone Rubber | ![]() |
| Frame Material | Carbon Steel, Stainless Steel | ![]() |
*For specific requirements, please contact us for confirmation | ||
Product Advantages
Safety
High heat transfer efficiency, thin plates
Small floor area
Cost-effective
Low fouling coefficient
Convenient cleaning, it is remvable
Application Example
Textile Industry
Dye production wastewater contains acids, alkalis, salts, halogens, hydrocarbons, amines, nitro compounds, dyes and their intermediates, and some also contain pyridine, cyanide, phenol, benzidine, and heavy metals such as mercury, cadmium, and chromium.
These wastewater components are complex and toxic, and difficult to treat.
Therefore, the treatment of dye production wastewater should select appropriate treatment methods according to the characteristics of the wastewater and its discharge requirements:
Coagulation and filtration: remove solid impurities and inorganic substances;
Chemical oxidation method, biological method and reverse osmosis method: removal of organic matter and toxic substances, etc.;
Ion exchange method:remove heavy metals.
Decolorization can generally adopt the process flow composed of coagulation and adsorption.

Contact Us
Contact person:Sylvie
mail: sales02@tranp.cn
whatsapp/tel: +86 18776369372
Since the establishment of our company, the primary goal has been to maintain the superior quality, excellent durability and high cost performance of our Phe Plate Heat Exchanger for Drain Water Heat Recovery. Our company attaches great importance to the company's reputation and customer experience, and has made great efforts to this end. Our company has a group of experienced after-sales maintenance service engineers with strong technical capabilities.




