Definition
A stainless steel dished head is a product used to seal stainless steel vessels. It can be welded to both ends of a cylindrical shell to complete a pressure vessel. Different shapes of stainless steel dished heads have various names, including stainless steel flat-end head, dished head, shallow head, various size-reducing heads, barrel head, stainless steel size-reducing head, flat bottom, hemispherical head, spherical head, elliptical head, and more.
Parameter
|
Type |
Torispherical Head |
|
Inner Diameter |
609.6mm |
|
Min Thk. A/F |
1.651mm |
|
Cutting Method |
Plasma Cutting |
|
Forming Method |
Spinning |
|
Heat Treatment |
Not Required |
|
Material Designation |
316L |
Applications
Stainless steel heads should be designed according to different process requirements and usage environments to meet the needs of various industries. Specific application areas include the petroleum industry, electronics industry, heating industry, chemical industry, pressure vessel industry, pharmaceutical industry, construction industry, sewage treatment, the textile and food industries, machinery manufacturing, nuclear power, aerospace, military industry, and more.
Common application scenarios include pipeline systems for transporting liquids or gases, pressure vessels, reactors, and other related equipment.
Features
1.Corrosion resistance
Stainless steel dished heads are made from high-quality stainless steel materials being of excellent corrosion resistance. They can withstand various corrosive media such as acids, salts, and alkalis, maintaining them to operate stably over long periods in harsh working environments.
2.Good sealing performance
To ensure good sealing performance by special design and manufacturing processes of which could prevent medium leakage, enhancing the safety and stability of the pipeline system effectively.
3.High strength
It has high strength and hardness, capable of withstanding significant pressure and impact forces. They can function normally under complex conditions such as high temperature and high pressure, ensuring stable operation of the pipeline system.
4.Easy to clean and maintain
It has a smooth surface that does not accumulate dirt or bacteria easily and can be cleaned and disinfected simply. Additionally, their simple structure makes maintenance and replacement easy.
