| Carbon steel concentric reducer
Crafted through precision processing, the butt weld concentric reducer seamlessly merges two pipe sections of varying diameters, aligning their center axes with unparalleled accuracy. This innovative technology ensures a perfect concentric connection, showcasing a sleek design, effortless installation, and impeccable sealing capabilities. Not only do carbon steel weld con. reducers excel in performance, but they also present a cost-effective solution compared to alternative pipeline connector materials. Their adaptability and efficiency have solidified their reputation as a top choice for a wide range of industrial applications that demand precision and unwavering reliability.
| Advantage
(1) Considerable workability
Welded Reducer Fittings are functional and enable the connection of pipes with varying diameters, enhancing the flexibility of pipe connections. Stainless steel and carbon steel reducers exhibit excellent resistance to corrosion and are suitable for use in challenging environments. They maintain their shape and integrity even in high-temperature working conditions. Equipped with outstanding sealing capabilities, welded reducers effectively thwart water leakage and seepage. These fittings offer practicality and versatility, ensuring reliable performance in diverse industrial settings.
(2) Strict material requirements
When selecting materials for stamping processes, it is crucial to consider their surface quality. Smooth and flat materials that are free from delamination, mechanical damage, rust spots, and other attachments are ideal. Stainless steel and carbon steel are excellent choices due to their good surface quality, as they are less prone to cracking or scratching the mold during stamping. Additionally, the material's plasticity and flexural strength ratio play a vital role in enhancing stamping deformation and workpiece quality. Therefore, it is essential to opt for materials with good plasticity and a small flexural strength ratio to achieve optimal results in the stamping process.
(3) Exquisite craftsmanship
Weld concentric reducers are crucial chemical fitting utilized in press molding processes. The complexity of the reducer's size determines whether it necessitates single or multiple pressing and molding cycles. This method entails inserting a pipe blank with an identical diameter as the head size into a forming mold and applying pressure along the axial direction of the pipe blank. It results in the metal shifting along the mold cavity, contracting to create the desired shape. Steel pipe and steel plate press molding techniques can both be employed to fabricate size heads with precise specifications.
| Size
ASME/ANSI B 16.9 | ||
Butt-Welding Concentric Reducers | ||
Norminal Pipe Size DN(inch) | Outside Diameterat Bevel | End to End |
D1xD2 | L | |
3/4x1/2 | 26.7×21.3 | 38.1 |
3/4x3/8 | 26.7×17.1 | |
1×3/4 | 33.4×26.7 | 50.8 |
1×1/2 | 33.4×21.3 | |
11/4x1 | 42.2×33.4 | 50.8 |
11/4x3/4 | 42.2×26.7 | |
11/4x1/2 | 42.2×21.3 | |
11/2x11/4 | 48.3×42.2 | 63.5 |
11/2x1 | 48.3×33.4 | |
11/2x3/4 | 48.3×26.7 | |
11/2x1/2 | 48.3×21.3 | |
2×11/2 | 60.3×48.3 | 76.2 |
2x11/4 | 60.3×42.2 | |
2×1 | 60.3×33.4 | |
2x3/4 | 60.3×26.7 | |
21/2x2 | 73.0×60.3 | 88.9 |
21/2x11/2 | 73.0×48.3 | |
21/2x11/4 | 73.0×42.2 | |
21/2x1 | 73.0×33.4 | |
3×21/2 | 88.9×73.0 | 88.9 |
3×2 | 88.9×60.3 | |
3×11/2 | 88.9x48.3 | |
3×11/4 | 88.9x42.2 | |
31/2X3 | 101.6×88.9 | 101.6 |
31/2x21/2 | 101.6×73.0 | |
31/2×2 | 101.6x60.3 | |
31/2x11/2 | 101.6×48.3 | |
31/2x11/4 | 101.6x42.2 | |
4×31/2 | 114.3×101.6 | 101.6 |
4×3 | 114.3×88.9 | |
4×21/2 | 114.3x73.0 | |
4×2 | 114.3x60.3 | |
4×11/2 | 114.3x48.3 | |
5×4 | 141.3x114.3 | 127.0 |
5×31/2 | 141.3×101.6 | |
5×3 | 141.3×88.9 | |
5×21/2 | 141.3×73.0 | |
5×2 | 141.3x60.3 | |
6×5 | 168.3×141.3 | 139.7 |
6×4 | 168.3×114.3 | |
6×31/2 | 168.3×101.6 | |
6×2 | 168.3×88.9 | |
6×21/2 | 168.3×73.0 | |
8×6 | 219.1x168.3 | 152.4 |
8×5 | 219.1x141.3 | |
8×4 | 219.1x114.3 |
| Reducer parameter table
| Carbon steel concentric reducer
Crafted through precision processing, the butt weld concentric reducer seamlessly merges two pipe sections of varying diameters, aligning their center axes with unparalleled accuracy. This innovative technology ensures a perfect concentric connection, showcasing a sleek design, effortless installation, and impeccable sealing capabilities. Not only do carbon steel weld con. reducers excel in performance, but they also present a cost-effective solution compared to alternative pipeline connector materials. Their adaptability and efficiency have solidified their reputation as a top choice for a wide range of industrial applications that demand precision and unwavering reliability.
| Advantage
(1) Considerable workability
Welded Reducer Fittings are functional and enable the connection of pipes with varying diameters, enhancing the flexibility of pipe connections. Stainless steel and carbon steel reducers exhibit excellent resistance to corrosion and are suitable for use in challenging environments. They maintain their shape and integrity even in high-temperature working conditions. Equipped with outstanding sealing capabilities, welded reducers effectively thwart water leakage and seepage. These fittings offer practicality and versatility, ensuring reliable performance in diverse industrial settings.
(2) Strict material requirements
When selecting materials for stamping processes, it is crucial to consider their surface quality. Smooth and flat materials that are free from delamination, mechanical damage, rust spots, and other attachments are ideal. Stainless steel and carbon steel are excellent choices due to their good surface quality, as they are less prone to cracking or scratching the mold during stamping. Additionally, the material's plasticity and flexural strength ratio play a vital role in enhancing stamping deformation and workpiece quality. Therefore, it is essential to opt for materials with good plasticity and a small flexural strength ratio to achieve optimal results in the stamping process.
(3) Exquisite craftsmanship
Weld concentric reducers are crucial chemical fitting utilized in press molding processes. The complexity of the reducer's size determines whether it necessitates single or multiple pressing and molding cycles. This method entails inserting a pipe blank with an identical diameter as the head size into a forming mold and applying pressure along the axial direction of the pipe blank. It results in the metal shifting along the mold cavity, contracting to create the desired shape. Steel pipe and steel plate press molding techniques can both be employed to fabricate size heads with precise specifications.
| Size
ASME/ANSI B 16.9 | ||
Butt-Welding Concentric Reducers | ||
Norminal Pipe Size DN(inch) | Outside Diameterat Bevel | End to End |
D1xD2 | L | |
3/4x1/2 | 26.7×21.3 | 38.1 |
3/4x3/8 | 26.7×17.1 | |
1×3/4 | 33.4×26.7 | 50.8 |
1×1/2 | 33.4×21.3 | |
11/4x1 | 42.2×33.4 | 50.8 |
11/4x3/4 | 42.2×26.7 | |
11/4x1/2 | 42.2×21.3 | |
11/2x11/4 | 48.3×42.2 | 63.5 |
11/2x1 | 48.3×33.4 | |
11/2x3/4 | 48.3×26.7 | |
11/2x1/2 | 48.3×21.3 | |
2×11/2 | 60.3×48.3 | 76.2 |
2x11/4 | 60.3×42.2 | |
2×1 | 60.3×33.4 | |
2x3/4 | 60.3×26.7 | |
21/2x2 | 73.0×60.3 | 88.9 |
21/2x11/2 | 73.0×48.3 | |
21/2x11/4 | 73.0×42.2 | |
21/2x1 | 73.0×33.4 | |
3×21/2 | 88.9×73.0 | 88.9 |
3×2 | 88.9×60.3 | |
3×11/2 | 88.9x48.3 | |
3×11/4 | 88.9x42.2 | |
31/2X3 | 101.6×88.9 | 101.6 |
31/2x21/2 | 101.6×73.0 | |
31/2×2 | 101.6x60.3 | |
31/2x11/2 | 101.6×48.3 | |
31/2x11/4 | 101.6x42.2 | |
4×31/2 | 114.3×101.6 | 101.6 |
4×3 | 114.3×88.9 | |
4×21/2 | 114.3x73.0 | |
4×2 | 114.3x60.3 | |
4×11/2 | 114.3x48.3 | |
5×4 | 141.3x114.3 | 127.0 |
5×31/2 | 141.3×101.6 | |
5×3 | 141.3×88.9 | |
5×21/2 | 141.3×73.0 | |
5×2 | 141.3x60.3 | |
6×5 | 168.3×141.3 | 139.7 |
6×4 | 168.3×114.3 | |
6×31/2 | 168.3×101.6 | |
6×2 | 168.3×88.9 | |
6×21/2 | 168.3×73.0 | |
8×6 | 219.1x168.3 | 152.4 |
8×5 | 219.1x141.3 | |
8×4 | 219.1x114.3 |
| Reducer parameter table