ASTM A234 WPB reducer manufacturer in India

What is the advantage of ASTM A234 WPB reducer?

The reducers facilitate a smooth transition between pipes of different diameters. An ASTM A234 WPB reducer minimizes turbulence, pressure loss, and potential disruptions in the flow.
The reducers exhibit excellent strength and durability, ensuring long-term reliability and performance.
An A234 WPB buttweld reducer helps in efficient space utilization by enabling the connection of larger pipes to smaller ones or vice versa. This is especially useful when there is a lack of room.
These reducers' diverse sizes and configurations are suitable for various plumbing systems and needs.

Biggest ASTM A234 grade WPB concentric reducer suppliers in Mumbai

Why do we use ASTM A234 WPB reducer in pump discharge?

Pump discharge systems require a smooth transition from the larger pump outlet to the smaller diameter of the discharge pipe, made possible with an ASTM A234 WPB reducer.
In pump discharge systems where space may be limited, the reducer allows for a compact and streamlined design.
The reducer enables a small and streamlined design for pump discharge systems with constrained space.
The carbon steel material is suitable for a variety of fluids and typical pump discharge system working conditions.
The SA 234 WPB seamless reducers can be easily integrated into different pump systems, making them suitable for various applications across industries.

ASTM A234 Wpb Reducer specification

Standard	Sizes	Connection
ASTM A234	1/2" – 72"	Welding
Delivery time	Equipment	Manufacturing process
United Arab Emirates - 28 to 30 days Bharain - 6 - 12 days Kuwait - 10 - 12 days	Press machine Pushing Machine Bending machine	Press Push Forge Cast
Schedule	Manufacturing types	Surface finish
Schedule 5/ Schedule 10/ Schedule 40/ Schedule 80/ Schedule 120/ Schedule 160.	Seamless / Welded / ERW	Hairline Mirror Paint Anti Corrosive Black Galvanized Oiled Shot blasting Black Phosphating
Origin	Certificates	Dimensions
USA / Japanese / Ukraine / Korean / European / Indian / Russian	EN 10204/3.1B Third Party Inspection report Raw Materials Certificate	ANSI B16.9 MSS-SP-43 BS4504 ASME B16.9
Packing	End Type	Types
Wooden Pallets	Plain Bevel	Concentric Reducer

ASTM A234 Wpb Reducer Price in India

DESCRIPITION	SIZE	CLASS	MATERIAL	DIME	END	UNIT	UNIT RATE INR	UNIT RATE USD
CONC REDUCER	4" X 2" NB	6.4 MM THK X SCH 80	A 234 WPB	B 16.9	BW	NOS	742.50	US $ 8.97
CONC REDUCER	4" X 3" NB	6.4 MM THK X SCH 40	A 234 WPB	B 16.9	BW	NOS	660.00	US $ 7.97
CONC REDUCER	4" X 4" NB	6.4 X 6.4 MM THK	A 234 WPB	B 16.9	BW	NOS	660.00	US $ 7.97

ASTM A234 wpb concentric reducer

Concentric a234 reducer

Concentric reducer a234

ASTM A234 wp9 alloy steel concentric reducer

SA234 concentric reducer

Reducer concentric sa234

ASTM A234 grade WPB Concentric Reducer Dimensions

NPS	O.D. D	O.D. D1	Length H
3/4 - 1/2	26.7	21.3	38
1 - 1/2	33.4	21.3	51
1 - 3/4	33.4	26.7	51
1.1/4 - 1/2	42.2	21.3	51
1.1/4 - 3/4	42.2	26.7	51
1.1/4 - 1	42.2	33.4	51
1.1/2 - 1/2	48.3	21.3	64
1.1/2 - 3/4	48.3	26.7	64
1.1/2 - 1	48.3	33.4	64
1.1/2 - 1.1/4	48.3	42.2	64
2 - 3/4	60.3	26.7	76
2 - 1	60.3	33.4	76
2 - 1.1/4	60.3	42.2	76
2 - 1.1/2	60.3	48.3	76
2.1/2 - 1	73	33.4	89
2.1/2 - 1.1/4	73	42.2	89

ASTM A234 grade WPB Concentric Reducer chemical composition

Grade	C	Mn	P	S	Si	Cr	Mo	Ni	Cu	V	Nb
WPB	0.3	0.29-1.06	0.05	0.058	0.1min	0.4	0.15	0.4	0.4	0.08	0.02

ASTM A234 grade WPB Concentric Reducer mechanical properties

Tensile Requirements	WPB
Tensile Strength, min, ksi[MPa]	60-85
(0.2% offset or 0.5% extension-under-load)	[415-585]
Yield Strength, min, ksi[MPa]	32
Yield Strength, min, ksi[MPa]	[240]

How do you find the center of an ASTM A234 WPB concentric reducer?

Measure the overall length of the ASTM A234 WPB concentric reducer, which is the distance between the larger and smaller ends. Dividing it by 2 to find the midpoint gives the approximate center of the reducer.
Place the reducer so that one end is securely resting on a level surface. Measure the distance between the resting end and the predetermined midway.
Make a note of this measurement on the reducer's exterior, then repeat the process from one end to the middle.
The reducer centerline is indicated by drawing a straight line through the two markings.
Draw a straight line connecting the two marks and this shows the centerline of the reducer.

Where is ASTM A234 grade WPB concentric reducer mostly used & why?

An ASTM A234 grade WPB concentric reducer is used in process piping systems across industries such as oil and gas, petrochemical, chemical, pharmaceutical, power generation, and more
These reducers are used to connect different pipe sizes, enabling the efficient flow of water or other fluids in residential, commercial, and industrial buildings.
Heating, Ventilation, and Air Conditioning (HVAC) systems require carbon steel concentric reducers to connect pipes of different sizes.
In water treatment plants, an ASTM A 234 WPB pipe reducer is used to connect pipes of different sizes, allowing for the smooth flow and distribution of water during the treatment processes.

What is the 3 principle of the A234 Gr WPB concentric reducer?

The main principle of an A234 Gr WPB concentric reducer is providing a smooth flow of media between pipes of different diameters. This is done by gradually reducing the size of the pipe.
The ASTM A234 WPB carbon steel con reducer aligns pipes of different sizes and ensures a proper fit and connection. Hence, this maintains the piping system's structural stability and integrity.
The final principle is the use of appropriate materials. ASTM A234 Gr WPB is a specification for carbon steel pipe fittings, including concentric reducers.

What is a SA 234 Gr WPB reducer process?

The A234 WPB pipe fittings manufacturing process is wrought. An SA 234 Gr WPB reducer is usually made of steel pipes, while plates make the caps. Large pipe fittings after manufactured in pieces, are welded together.
The most common is the outer die method. It is appropriate for manufacturing small and medium-size reducers. An A 234 Gr WPB reducer is made by cutting and pressing the pipe in the outer die. Then, after compressing one end of the pipe to a smaller size the desired shape is achieved.