What is Hastelloy C276 pipe fittings?
A nickel, molybdenum and chromium alloy called as Hastelloy C276 fittings exhibits good corrosion resistance properties. This is achieved because of the high level chromium, molybdenum and chromium contents in the chemical mixture.
Adding to this, they even exhibit good strength and high ductility.
We are leading alloy C276 elbow manufacturer in India
Where can I find the leading alloy C276 elbow manufacturer in India?
In order to get the best prices quoted and quality assured services for alloy C276 pipe elbow, we at K.K. Industries help you to achieve it, where we are experienced to help you to meet your needs and standards.
Until now, we are the most prominent and well known Hastelloy C276 pipe fittings manufacturers in India, where we also provide quality assured product with their equivalent genuineness. This is achieved by providing you with the testing certificate so that you can also be satisfied at your end that the product is genuine.
We also have custom elbow sizes, if any specific standards and demands are to be met.
If you’re looking for Hastelloy C276 Reducer at an affordable price then contact us
Hastelloy c276 pipe fittings
Alloy C276 elbow
DIN 2.4819 buttweld fittings
What are the applications of Hastelloy C276 pipe fittings?
Since it offers good corrosion resistance properties across wide range of environments, Hastelloy C276 pipe tee are widely used in:
- Components that are exposed to sour gas
- It is used in flue-gas desulphurisation plants as an equipment
- Sulphuric acid reactors.
- Used in heat exchangers, filters and mixers, where the environment is sulphuric acid based.
- It is used to process acid catalyst.
There are many other applications which make use of this pipe fittings to resist high pressure environments.
We ensure that our stock of DIN 2.4819 Buttweld Fittings is always up-to-date and readily available
Specification of Hastelloy c276 pipe fittings
We are a reliable distributor of C276 Hastelloy End Cap
Alloy C276 welded fittings types
Hastelloy c276 cap
- EN 10204/3.1
- EN 10204/3.2
- NACE MR0175
Alloy C276 tee
- Flattening Test
- Micro and Macro Test
- Flaring Test
- Pitting Resistance Test
DIN 2.4819 stub end
- Long / Short / Lap Joint
C276 Hastelloy buttweld fittings
- Sch 10
- Sch 40
Nickel C276 reducer
UNS N10276 elbow
Refer Alloy C276 Equal Tee weight chart and sizes
What are the types of Hastelloy C276 pipe fittings?
In order to cover wide range of demands, alloy C276 fittings are available in many different types and below are some of the listed ones:
Alloy C276 elbow – it is utilized to change the direction of pipe.
Alloy C276 equal tee- these have three valves which are used to connect pipes and allow 900 flow to maintain the direction as well as to regulate a balanced flow characteristic.
Stub end- it is fitting that is deigned to be welded to the pipe, commonly used with lap joint flange to provide a secure leak-proof connection to the system.
C276 hastelloy end cap- these are utilised at the end of the vessel or pipes to air tight seal the pipe.
There are many other fittings, of which you can check out the website if you need to have a clear picture on their specific individual characteristics and how each type help to meet needs and standards.
Can you weld Hastelloy C276 Seamless fittings?
Yes. With the traditional and most commonly used welding methods, you can easily weld hastelloy C276 seamless fittings.
But it is also very important to note that excessive heat input during the process of welding must be avoided. In corrosive environments, without needing or urging for heat treatment, this alloy can be used in as-welded conditions.
What is the characteristic that are offered by Nickel C276 welded fittings?
Other than corrosion resistance, below are some characteristics that are offered by Nickel C276 welded fittings:
It shows resistance to wet chloride gas and solutions of chlorine dioxide.
Exceptional resistance is exhibited by this pipe fitting to oxidized salts such as” cupric and ferric chlorides.
In welding conditions, they are prone to grain boundary precipitation. This is why they are demanded by the chemical industries which require processing capabilities.