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Member Level: Register Member
Enterprise Nature: Private
Operation Mode: Fabricators
Location: Luancheng County Shijiazhuang City Hebei Province China
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Product Details

Tubular heat exchanger with high efficiency and energy saving efficiency of heat transfer equipment

Price 1
Unit
Yield 10000/年
Place of Production 河北石家庄
Product Category 能源工程类(煤制油设备、高温预热器、余热回收器、冷凝罐、稳压罐、空气压力罐等)
Delivery Time 7天

Product Detail Parameters

型号 列管式

Product Description

The tubular heat exchanger has high heat transfer efficiency and energy-saving equipment
For the same kind of fluid solid particles in two or more than two kinds of fluid, a fluid and a solid or thermal contact with different temperature of the heat exchanger (or enthalpy) transfer device is called a heat exchanger, referred to as heat exchanger. Heat exchanger is one of the most widely used equipment in chemical industry, petroleum, power, light industry and so on. There are at least two kinds of fluid (solid) with different temperature in the heat exchanger, one fluid temperature is higher, and the heat is released.
With the development of industry, the development and utilization of energy saving, and constantly increasing demand, so the heat exchanger requirements are also increasing. Our company focuses on the design of heat exchanger manufacturing, mechanism study and improvement of heat transfer structure, producing high efficient energy-saving heat exchanger.
The main function of the high efficiency heat exchanger is to make the heat transfer from the higher fluid to the lower temperature fluid, so that the temperature of the fluid can meet the requirements of the process. In addition, the heat transfer equipment is the recovery of residual heat and waste heat is especially effective device of low grade heat.
With the status and function of the heat exchanger in the industrial production of different types of heat exchangers are also diverse, the company in the design of heat exchanger, can be selected according to the applicable type of process requirements, and then calculate the heat required for the heat transfer area, and determine the structure size of the heat exchanger.
Welcome users to consult