plate heat exchanger

Ethylene Glycol based water solutions are common in heat-transfer applications where the temperature in the heat transfer fluid can be below 32℉ (0℃). Ethylene glycol is also commonly used in heating applications that temporarily may not be operated (cold) in surroundings with freezing conditions - such as cars and machines with water cooled engines.

Our plate heat exchangers are designed to provide you worry-free, highly efficient heat transfer whether you are processing simple fluids, viscous solutions, or particulates. They can be used in a wide range of applications and industries and are available in an extensive range of sizes, alloys, and frame configurations to meet your exact needs.

Professional plate heat exchanger manufacturer We can not only provide you with PHE, but also we can design the appropriate plan for heating exchange according to your need. We have 15- year experience of designing in this field and solve various problems for you.We have a wealth of HVAC, refrigeration, metal steel,marine engineering, paper, power,hemical, marine engineering, food and beverage experience.

Without adequate cooling for the hydraulic system, the hydraulic oil will overheat, causing it to quickly degrade. Providing a high-temperature shutoff switch can help protect the system from extreme overheating. However, shutting down the hydraulic system renders the equipment unusable until ambient air cools the fluid back down to below the switch’s shutoff temperature. Not only is this downtime unacceptable in most cases, but the system will probably operate at fluid elevated temperatures most of the time. The solution, then, is to incorporate a heat exchanger into the hydraulic system. A heat exchanger routes the hydraulic oil through narrow passages with large surface areas that transfer heat from the hydraulic oil to a fluid (usually air or water) that carries heat away.

A key component in waste heat recovery is the heat exchanger. The profitability of an investment in waste heat recovery depends heavily on the efficiency of heat exchangers and their associated life cycle costs (purchase, maintenance, etc).

NewRoc Sanitary plate heat exchangers are designed for use in food, dairy, and beverage applications, as well as other applications with strict sanitary requirements. We have in-depth process knowledge of the food, dairy, and beverage industries and the extensive experience needed to engineer hygienic, high-performance solutions. Our regenerative pasteurizers recycle up to 95% of the energy, meaning huge savings on your power consumption.

Food and beverages are heat treated for several reasons, among which the most frequent and important is to inactivate microbial population and therefore stabilize and prolong shelf life. Heat transfer has to be rapid and effective, in order to avoid as much as possible any damage to nutritive and organoleptic qualities of food, and also to save time and cut down fuelling costs, all important achievement for the food industry.

Safe operation of power plants requires the steady cooling of bearings, lube oils, and rotor blades of diesel or gas motors and steam or gas turbines. Choose from our line of plate heat exchangers – available in various designs and sizes – to find the right solution for proper cooling and outstanding efficiency. Proper cooling and condensing of process steam is also critical to the safe operation of a power plant. Our heat exchangers offer an efficient cooling solution for these key processes.

The heat exchanger efficiency is a very essential key-point while selecting a right heat exchanger for your job. A heat exchanger with higher efficiency may cost you more money at purchasing, but will definitely save money in running and payback in not long run.