Founded in 1984, under SONDEX A/S of Denmark, it is an enterprise specializing in the research and development, production and sales of high-performance plate heat exchangers
Sondex A/S is a world-renowned plate heat exchanger manufacturing company headquartered in Kolding, Denmark. Its main products include various types of plate heat exchangers such as ordinary gasket type, semi-welded type, all-welded type, wide pitch free flow type, brazed type and special food type, as well as water-making machines used in the marine industry.
As a global company, Sondex has offices in many countries around the world. Founded in 1984, Sondex is a Danish company specializing in the production of high-performance plate heat exchangers, and we offer products that can withstand a wide range of pressures and temperatures, depending on the specific needs of our customers. We have achieved extensive success in the development of related products, such as pumps, central heating units, ancillary products, and fairly sophisticated heat exchangers.
Products are widely used in steel, electric power, non-ferrous metals, chemicals, fertilizers, petrochemicals, chemical fibers, electronics, biopharmaceuticals, oils, sugar, paper ships, HVAC, refrigeration, dairy, food and beverage, central heating, food and beverage, beer, dairy and other fields. Because of Sandrix's dedication to the development of high-quality plate heat exchangers, its products enjoy a high reputation in the industry.
Sandex's plate heat exchanger plates are all pressed at its plant in Kolding, Denmark. The plant has 9 large presses. One of the specially designed presses (15,000 tons) is the largest in the industry and is capable of pressing very large plate heat exchanger plates with a single area of more than 2.5 m2 in a single pass.
Sandrix has the widest range of plate heat exchangers in the industry. This enables Sandrix to tailor the plate heat exchanger to the user's working conditions, so as to ensure that the equipment is in good operating condition for a long time, so as to avoid the defects such as insufficient heat exchange, excessive resistance, rapid fouling, rapid material corrosion, easy leakage, and maintenance troubles that may be brought about by far-fetched design and selection.
