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C70600 Welding Neck Flanges , ANSI B16.5/B16.47 Copper Nickel Fittings

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C70600 Welding Neck Flanges , ANSI B16.5/B16.47 Copper Nickel Fittings

Brand Name : Kasugai

Model Number : C70600 ANSI B16.5/B16.47 WN

Certification : ISO PED AD2000

Place of Origin : China

MOQ : Negotiable

Price : Negotiable

Payment Terms : L/C, T/T

Supply Ability : 200 ton per month

Delivery Time : 30 - 60 working days

Packaging Details : Seaworthy Packng

Product Na : ASTM B151 C70600 ANSI B16.5/B16.47 Copper Nickel Weld Neck Flanges

Size Range : 1/2" to 48"

Pressure Class : Class 150, 300, 400, 600, 900, 1500, 2500

Thickness : Sch10S to Sch160

Standards : ASTM B151, ASME/ANSI B16.5/B16.47, JIS B2220

Face Type : Weld Neck (WN)

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ASTM B151 C70600 ANSI B16.5/B16.47 Copper Nickel Weld Neck Flanges

Product Information

Product Name ASTM B151 C70600 ANSI B16.5/B16.47 Copper Nickel Weld Neck Flanges
Size Range 1/2’ to 48”
Pressure Class 150, 300, 400, 600, 900, 1500, 2500,
Thickness Sch10S to Sch160
Standards ASME/ANSI B16.5/B16.47, JIS B2220
Type Weld Neck (WN)
Dimensions ASME/ANSI B16.5/B16.47, Custom Drawings
Origin China

Standards & Materials: ASTM B151

Chemical Composition of ASTM B151 (%)

UNS C Ni Pb Fe Mn Zn P S C
C70600 Remainder 9.0-11.0 0.05 1.0-1.8 1.0 1.0
C71500 Remainder 29.0-33.0 0.05 0.40-1.0 1.0 1.0

Mechanical Properties of ASTM B151 C70600

Temper Code Dia. or Distance Between Parallel Surfaces (mm) Tensile Strength, min (MPa) Yield Strength at 0.5%Extension Under Load, min (MPa) Elongation in 4xDia or Thickness of Specimen, min (%)
O60, M30 Round, Hex and Octagonal rods and square bars All sizes 260 105 30
H04 Round, Hex and Octagonal rods and square bars Up to 9.5, incl 415 260 10
Over 9.5 to 25, incl 345 205 15
Over 25 to 80, incl 275 105 30
Over 80 to 125, incl 260 105 20
O60 Rectangular bars and shapes All sizes 260 105 30
H04 Rectangular bars Up to 9.5, incl 380 205 10
Over 9.5 to 12, incl 345 195 12
Over12 to 80, incl 275 115 20
H04 Shapes All sizes (As agreed upon between the manufacturer or supplier and the purchaser)

Flange Type: Weld Neck (WN)
A weld neck flange, also called a tapered hub flange or high-hub flange, is a kind of flange that can relocate stress to the pipes, ensuring a decrease in high-stress concentration at the bottom of the flange. There are two welding neck flanges designs – the first type is used with pipes while the second, longer type cannot be used with pipes but with a process plant. The weld neck flange comprises of a round fitting that extends beyond the rim of the circumference. These flanges, typically manufactured from forging, are actually welded to pipes.

Long Weld Neck Flanges (LWN)


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C70600 Welding Neck Flanges , ANSI B16.5/B16.47 Copper Nickel Fittings
This flange type is regarded as high-hub flanges, which were created so stress could be transferred to the pipe and decreasing the stress concentration at the bottom of the flange.

The long welding neck flange is mainly applied to the construction of pressure vessel functioning as a nozzle (such as a thermowell nozzle). To attach a common welding neck flange to a pressure vessel, a piece of pipe is required with additional welding. A LWN flange on the other hand attaches directly to the vessel, hence, it can be viewed as an integrally reinforced nozzle. It avoids making a weld seam at pipe to flange and provides self-reinforcement.

Reducing Weld Neck Flange

It is also called reducing welding neck flange, because the flange neck has a reducing diameter that to weld to a smaller diameter pipe

C70600 Welding Neck Flanges , ANSI B16.5/B16.47 Copper Nickel Fittings


The reducing weld neck flange is used to make a reduction in the diameter of the pipe. A reducing flanged joint consists of a reducing flange and a standard flange, functioning like a reducer fitting. As illustrated in Figure-1, the larger end of reducing flange A, which is in contact with the standard flange B, is known as “the size from which the reduction is being made”; the smaller end of the reducing flange A, which will be welded to a pipe, is known as “the size to which the reduction is being made”. The flow should travel from the smaller size to the larger. If the flow direction were reversed, severe turbulence could develop.

In order to make a reduction in the pipe line with two standard welding neck flanges, an additional reducer shall be used as illustrated in Figure-2. The overall length of this configuration is 2L+H, which is much longer than L+M of a reducing flanged joint as illustrated in Figure-1. It means that the use of reducing flanges can effectively save space in crowed situation. In fact, the reducing flange is most frequently used in installations with limited space.


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