Copper Nickel Pipe Fittings Specifications
A pipeline system is complete using a variety of products called Copper Nickel Pipe Fittings. And in this post, you will get to know about copper nickel pipe fitting specifications.
These fittings come in a variety of shapes and sizes. Copper nickel pipe fittings play a significant role in the copper-nickel pipeline. Elbows made from copper & nickel are used to change the flow’s direction. These copper nickel tees are use to route the medium in multiple directions. Reducers compose of copper and nickel – These are use to modify the system’s medium’s flow rate. The copper-nickel pipe fittings are made up of six major parts.
Elbow, Tee, Reducer, Saddle, End cap, ASME b16.9 stub end
Specification for Copper Nickel Pipe Fittings
- Copper Nickel Pipe Fittings are resistant to harmful elements found in seawater, salts, and water.
- Copper Nickel Pipe Fittings, which contain non-oxidant elements, help shield pipes from acids.
- Copper Nickel Pipe Fittings are water-resistant and shield the copper-nickel pipe flanges from hazardous acids with
non-oxidizing diluted contents, organic chemicals, brine water, and salt.
- Seawater oil pipeline systems effectively utilize copper-nickel pipe fittings.
Nickel Copper Elbows Pipe Fitting
One of the most common copper nickel pipe fittings is the elbow. They have a wide range of sizes and radii. For specific systems, they vary.
Bend refers to the inside radius, and the majority of elbows have a pre-defined conventional design. And in the realm of copper-nickel pipe fittings, they are 1.0xD and 1.5xD.
The bending radii and bending angles have significant impact on the flow behavior of copper-nickel elbows on their pressing characteristics.
Copper Nickel Tee Pipe Fitting
The most prominent copper nickel pipe fitting is the tee. The flow of seawater can be divide or combine using it.
There are numerous ways to connect copper nickel tees, including socket welding, female threading, and butt welding.
Copper nickel equal tees are most prevalent pipeline system’s design contain tees with copper-nickel alloy equal tees copper-nickel lowering tee sizes of three connections.
Copper Nickel Reducer
The flow meter using copper-nickel reducers base on the direction to design.
The dimension is expend, fittings are likely to create greater turbulence in the system. In a non-turbulent flow, we get the maximum taper angle as follows:
α = 2φ<40°
α – Taper angle
φ – reduction/expansion angle
Turbulence rarely induces damage.
The reducers that adhere to DIN, EEMUA, or ANSI standards are use with expansion angles up to 19°.
Copper nickel concentric reducers and copper-nickel eccentric reducers are the two types of reducers.
Copper Nickel Saddle
An alternative to the copper-nickel tee is the copper-nickel saddle. It is well admire by domestic, international markets and offers excellent flexibility of application.
Large diameter changes and a wide range of diameter changes are advantages. Copper nickel pipes were solder to copper-nickel saddles.
Similar to copper-nickel tees, they serve similar purposes.
Copper Nickel End Cap
To conceal the tube pipe fittings, a copper-nickel end cap is attach or welded into the pipe end of the outside thread.
The principal standard is as follows:
ASME B16.9 DIN 28011 EEMUA 146.
