Alloy Steel Reducer Exporter,Alloy Steel Reducer Manufacturer,Alloy Steel Reducer Supplier The basic structure of the alloy steel reducer is a conical pipe fitting with a larger diameter at one end and a smaller diameter at the other end. Its main function is to achieve smooth flow of fluid in the pipeline system and avoid increased fluid resistance and flow loss caused by changes in pipeline diameter. The alloy steel material allows this connector to maintain good performance in high temperature and high pressure environments.
Product Description
ASTM A234 WP11 Pipe Fittings Reducer belong to a grade of pipe fittings that are seamless, welded or fabricated. The ASTM A234 specification ranges from ½ inches diameter to 24 inches. Pipe Fittings Alloy Steel Reducers are different schedules in these pipes starting from Schedule 5 to Schedule XXS.
WP11 Alloy Steel Reducers could be Alloy steel wp11 Buttweld fittings where the welding is easy to handle. Also, the ASTM A234 WP11 Pipe Fittings Reducers are stronger. There are different applications with moderate to high temperature services that use this type of fitting. There are different types and classes of these fittings that correlate to their mechanical properties.
Chemical Composition Of Alloy Steel A234 Wp11 Reducer
| Grade |
C |
Mn |
Si |
S |
P |
Cr |
Mo |
| A234 WP11 |
0.08-0.12 |
0.3-0.6 |
0.2-0.5 |
≤0.02 |
≤0.015 |
8-9.5 |
0.85-1.05 |
✱Specifications : ASTM A234 / ASME SA234
✱Dimensions : ASME/ANSI B16.9, ASME B16.28, MSS-SP-43
✱Size : 1/8" NB TO 48" NB. (Seamless & 100% X-Ray Welded, Fabricated)
✱Type : Seamless / Welded / Fabricated
✱Thickness : Sch 5s, Sch 10s, Sch 40s, Sch 80s, Sch 160s, Sch XXS
Product Parameters
All Dimensions are in mm
| Nominal Diameter |
Outside Diameter |
End to End |
| D1*D2 |
| DN |
NPS |
Series A |
Series B |
H |
| 20×15 |
3/4×1/2 |
26.9×21.3 |
25×18 |
38 |
| 20×10 |
3/4×3/8 |
26.9×17.3 |
25×14 |
38 |
| 25×20 |
1×3/4 |
33.7×26.9 |
32×25 |
51 |
| 25×15 |
1×1/2 |
33.7×21.3 |
32×18 |
51 |
| 32×25 |
1.1/4×1 |
42.4×33.7 |
38×32 |
51 |
| 32×20 |
1.1/4×3/4 |
42.4×26.9 |
38×25 |
51 |
| 32×15 |
1.1/4×1/2 |
42.4×21.3 |
38×18 |
51 |
| 40×32 |
1.1/2×1.1/4 |
48.3×42.4 |
45×38 |
64 |
| 40×25 |
1.1/2×1 |
48.3×33.7 |
45×32 |
64 |
| 40×20 |
1.1/2×3/4 |
48.3×26.9 |
45×25 |
64 |
| 40×15 |
1.1/2×1/2 |
48.3×21.3 |
45×18 |
64 |
| 50×40 |
2×1.1/2 |
60.3×48.3 |
57×45 |
76 |
| 50×32 |
2×1.1/4 |
60.3×42.4 |
57×38 |
76 |
| 50×25 |
2×1 |
60.3×33.7 |
57×32 |
76 |
| 50×20 |
2×3/4 |
60.3×26.9 |
57×25 |
76 |
| 65×50 |
2.1/2×2 |
73.0×60.3 |
76×57 |
89 |
| 65×40 |
2.1/2×1.1/2 |
73.0×48.3 |
76×45 |
89 |
| 65×32 |
2.1/2×1.1/4 |
73.0×42.4 |
76×38 |
89 |
| 65×25 |
2.1/2×1 |
73.0×33.7 |
76×32 |
89 |
| 80×65 |
3×2.1/2 |
88.9×73.0 |
89×76 |
89 |
| 80×50 |
3×2 |
88.9×60.3 |
89×57 |
89 |
| 80×40 |
3×1.1/2 |
88.9×48.3 |
89×45 |
89 |
Product Display
Alloy steel reducers are generally made of corrosion-resistant and high-temperature-resistant alloy steel, copper alloy, etc., so they are excellent in durability and adaptability. Compared with ordinary carbon steel or plastic materials, alloy materials have higher strength, wear resistance and corrosion resistance. This makes alloy reducers widely used in the chemical, petroleum, natural gas and other industries, especially in some extreme environments, where the performance of alloy steel reducers is more outstanding.
Compared with other connection methods, the advantages of alloy steel reducers are simple structure and easy installation. Compared with welding, the connection of alloy steel reducers can be achieved through flanges, threads, etc., eliminating the complex process and equipment required for welding. The connection of alloy steel reducers is not prone to water leakage, ensuring the sealing of the overall pipeline system.
