Design temperature: 195 ~ 500 ℃ (standard design - 80 ~ 300 ℃, the other as required.)

Design pressure: vacuum ~ 7.0 Mpa (standard design 1, 6, 10, 16, 25, 50 bar, other as required)

Veneer area: 0.016 ~ 2.0 ㎡

DESIGN PRINCIPLE

The plate and shell heat exchanger is made of a set of laser and plasma arc) welding corrugated plate group into the shell, instead of the original shell and tube heat exchanger in heat pipe, heat exchanger with corrugated plate as heat transfer element set of.

Plate and shell heat exchanger made of corrugated plate and shell, it is in high thermal efficiency, small end temperature, resistant to high temperature and high pressure, good sealing performance and pressure drop, save area, safe and reliable, and the advantages of compact structure, is the collection plate heat exchanger of shell and tube heat exchanger the advantage of new type heat exchanger. In refrigeration, oil refining, chemical, pharmaceutical, food, beverage, beer, metallurgy, electric power, environmental protection, oil cooler and other industries widely used." Fluid flowing through the corrugated plate were highly turbulent flow in reverse flow direction, greatly improving the thermal efficiency. Plate and shell heat exchanger using plate structure is compact, small volume, easy maintenance, save material, the high heat transfer coefficient with more cost-effective, not only ensure the use of performance, and has brought more work efficiency.

Specification:

Design temperature: 195 ~ 500 ℃ (standard design - 80 ~ 300 ℃, the other as required.)

Design pressure: vacuum ~ 7.0 Mpa (a standard design 1, 6, 10, 16, 25, 50 bar, other

According to the requirements)

Veneer area: 0.016 ~ 2.0 ㎡

Standard model:

APS16 APS22, APS46 APS72, APS128, APS179, APS647, APS1200, APS1600

Manufacturing:

1. Compact structure, small volume, easy to maintain

2. The unique design of herringbone corrugated have high thermal conductivity

3. Low volume, small resistance loss, heat loss is small

4. The laser or plasma welding, sealing is better

5. Wide operating pressure, the biggest can do 70 bar

6. With the actual load free expansion or reduce the heat transfer area

7. Good material plate (AISI304/316 l), stronger ability to resist corrosion

RANGE OF APPLICATION

Refrigeration industry applications:

ARO of plate and shell heat exchanger can be used as evaporator, condenser, evaporator, condenser evaporator, overheating, oil cooler, etc., bring many benefits for advanced refrigeration applications. ARO plate and shell heat exchanger is efficient, durable and versatile. Its compact structure, little amount of refrigerant filling. It applies to all of the refrigerants, especially natural refrigerant ammonia and carbon dioxide.

Energy and ship application:

ARO plate and shell heat exchanger compared with the traditional tube and shell heat exchanger, more compact. It has a wide operation temperature range and operating pressure range, can effectively resist thermal shock and impact pressure; At the same time the sealing gasket full welded structure, make the basic does not require any maintenance cost. Therefore, plate and shell heat exchanger for a lot of energy technology and the shipping industry is applicable.

Chemical and petrochemical applications:

ARO plate and shell heat exchanger, combined with traditional plate heat exchanger of shell and tube heat exchanger of expertise, can be widely used and up to all the traditional application of tube and shell heat exchanger equipment. It has a tube and shell heat exchanger performance of resistance to high temperature and high pressure; Its full welding and without seal structure has extensive applicability process medium; When precious metal materials are specified must be used, its compact efficient means that the effective use of precious metals and cost savings.

Medical application and food industry

ARO plate and shell heat exchanger is suitable for liquid - liquid and vapor - liquid, gas - gas and heat transfer process, at the same time also can be used as condenser, etc. Unique wide flow design, especially suitable for containing a large number of solid particles and fibers suspended solids such as process of heating and cooling process requirements.