Basic Info.
Model NO.
XBA
Principle
Mixing Heat Exchanger
Style
Shell & Tube,Tubular,Plate
Material
Steel
Transport Package
Wooden or Others, by Sea
Specification
custom
Trademark
XBA
Origin
Qingdao China
HS Code
8419500090
Production Capacity
5000pieces/Year
Product Description
Structural features:
This equipment is designed on the basis of graphite heat exchanger for acid regeneration system of iron and steel industry. It has the following characteristics:
1. Good corrosion resistance. It can resist acid corrosion rich in chloride ion and fluorine ion.
2. High heat transfer efficiency.
3. Smooth inner wall, poor adhesion, not easy to scale.
4. Adopt high quality graphite material, anti erosion.
5. The tubesheet can be graphite or carbon steel lined with PP, Po, PTFE, etc.
Design parameters:
Design pressure: 0.6MPa
Design temperature: 0 ~ 160 ºC
Heat exchange area: 10 ~ 3000m
The application section of this product is a technical transformation project. Please contact our technical personnel for details.
Application scope:
This equipment can be used for condenser, cooler and no more than 120c steam heating, specific design according to customer site and process
Demand.
This equipment is designed on the basis of graphite heat exchanger for acid regeneration system of iron and steel industry. It has the following characteristics:
1. Good corrosion resistance. It can resist acid corrosion rich in chloride ion and fluorine ion.
2. High heat transfer efficiency.
3. Smooth inner wall, poor adhesion, not easy to scale.
4. Adopt high quality graphite material, anti erosion.
5. The tubesheet can be graphite or carbon steel lined with PP, Po, PTFE, etc.
Design parameters:
Design pressure: 0.6MPa
Design temperature: 0 ~ 160 ºC
Heat exchange area: 10 ~ 3000m
The application section of this product is a technical transformation project. Please contact our technical personnel for details.
Application scope:
This equipment can be used for condenser, cooler and no more than 120c steam heating, specific design according to customer site and process
Demand.
