Payment Type:T/T
Incoterm:FOB,CFR,CIF,EXW
Min. Order:1 Set/Sets
Transportation:Ocean
Port: shanghai
Model No.: Steam superheater
Place Of Origin: China
Application Field: Petrochemical industry
Name: Steam superheater
Design Temperature: 800-1100℃
Megawatt: 5-50 MW/ unit
Packaging: Modules are shipped in bulk/packaged
Transportation: Ocean
Supply Ability: 6000 tons/year
Port: shanghai
Payment Type: T/T
Incoterm: FOB,CFR,CIF,EXW
Transformation of coal tar processing equipment
Product introduction
Industrial naphthalene tube furnace is a kind of high temperature furnace for heating and melting metals, glass, ceramics and other materials. Fueled by naphthalene, it is piped to the combustion chamber to generate high temperature and heat energy to bring the material to the desired heating temperature. Naphthalene tube stoves have the advantages of fast heating speed, high temperature control precision and high combustion efficiency, and are widely used in metallurgy, chemical industry, building materials and other industries. Hydrogenation Project,Hydrogen Production Eguipment,Heating Furnace Equipment But at the same time, there are also environmental pollution and safety problems, need to strengthen management and supervision.
Product parameter
Name:Steam superheater
Application field:Petrochemical industry
Design temperature:800-1100℃
Megawatt:5-50 MW/ unit
Specification::Cylinder diameter 2-8 meters
The square can be customized in length, width and height
case
Owner Name: Henan Liyuan Chemical Technology Co., LTD
Project Name: 200,000-ton/year coal tar processing plant transformation supporting production of 16,000-ton/year refined naphthalene project
Product name: Industrial Naphthalene tube furnace F-7501
Product Description: This project mainly includes industrial naphthalene tube furnace F-7501 and waste heat recovery system. The furnace type is vertical radial convection cylinder furnace. Materials enter the heating furnace from the top of the convection and exit the heating furnace from the bottom after heating in the radiation section.