Thermal fluid heater can reach very high operating temperature under near normal pressure, it significantly decreases heater’s operating pressure and safety requirements; in thermal fluid heating system, output pressure is around 0.5 MPa while temperature reach 300℃; but when steam boiler output temperature is 170℃,its steam pressure already reach 0.8 MPa;

　　Thermal fluid heater has a wider range of temperature range and meet different heating or cooling process requirement, or in same system to meat high temperature heating and low temperature cooling at the same time by one kind of thermal fluid, so it can reduce the complication to reduce system and operation.

　　Thermal fluid heating system has less components than steam boilers, because it does not have water treatment system and equipment, it increased system heat efficiency, decreased equipment and pipe line maintaining work load, so it can reduce system invest cost and operating fee.

　　Thermal fluid heater has high temperature smoke, which can be recovered and reused; it also used to heat the steam generator to generate steam for the customers who needs to use steam directly.

　　Thermal fluid heaters have wider usages than steam boilers, they are widely used in many industries who needs high temperature heating such as petroleum, chemistry, chemical fiber, pharmacy, textile printing, light industry, building materials, wood processing, food, road building, pitch heating etc.

　　According to the statistics, at the same heating capacity and operating, comprehensive heat efficiency is 25% higher than thermal fluid heater, that means under same condition, user can save 25% fuel by using thermal fluid heater instead of using steam boiler. That’s why in most of industry, users would tend to use thermal fluid heaters.