Ductile iron pipe mechanical flange reducing tee joint is a key component commonly used in pipeline connection, which plays an important role in realizing flow diversion or confluence in the pipeline system. It is made of ductile iron, which gives it good strength and corrosion resistance, making it widely applicable to pipeline systems in various industrial fields.
1 |
Material: |
ductile iron,cast iron, GGG50 |
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Standard: |
ISO2531,EN598,EN545,BS4772 |
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Pressure: |
PN10,PN16,PN25,PN40 |
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Flange drilled: |
ISO7005-2,BS4504,EN1092-2,DIN2501 |
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Specification |
DN50MM~DN2000,K12/14 |
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Surface Inside: |
Portland cement mortar lining, bitumen paint, epoxy paint, powder |
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Surface Outside: |
Epoxy paint, bitumen paint, epoxy powder coating |
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Application: |
Water supply project, drainage, sewerage, Irrigation ,water pipeline |
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Package: |
Wooden cases and protection layer. |
10 |
Brand Name: |
MDS,MIDAS |
Application scenarios
Industrial pipeline system: In complex pipeline systems in the fields of chemical, petroleum, pharmaceutical, etc., it helps to achieve pipeline diversion or confluence to meet the fluid transportation needs under different process conditions.
Construction engineering: In the building drainage system or water supply system, it realizes the connection and diversion of pipelines to ensure the stable operation of the water supply and drainage system inside the building.
Iron and steel smelting: In the steel smelting production line, it is used for pipeline connection and fluid control to ensure the normal operation of the entire steel smelting production line and the smooth progress of the process.
Product Features and Advantages
High strength: Ductile iron material gives it excellent mechanical properties and pressure resistance, and can withstand high pressure in the pipeline system.
Corrosion resistance: In industrial environments, it can effectively resist the erosion of various chemical substances and ensure long-term stable operation of the joint.
Reliable fastening: The mechanical flange connection method ensures the tightness of the joint and prevents leakage or falling off due to pipeline vibration or external force.