| Flanges Types | Slip On, Weld Neck, Long Weld Neck, Threaded, Blind, Companion, Lap Joint, Slip On, Weld Neck, Long Weld Neck, Threaded, Blind, Lap Joint, Companion |
|---|---|
| Class | 150 Lbs, 300 Lbs, 600 Lbs, 900 Lbs, 1500 Lbs, 2500 Lbs Asa 150, Asa 300, Pn 6, 10, 16, 40, 64, 100, 160, 25, 150 Lbs, Pn 6, 300 Lbs, 600 Lbs, 900 Lbs, 1500 Lbs, 2500 Lbs Asa 150, Asa 300 |
| Size | 48″ (1200nb) Dn10~dn5000, 1/2″ (15 Nb), 1/2″ (15 Nb), 48″ (1200nb) Dn10~dn5000 |
| Type | Raised Face (rf), Flat Face (ff), Lap Joint Face (ljf), Ring Type Joint (rtj), Large Male Female (lmf), Small Male Female (smf), Large Tongue & Groove, Small Tongue, Groove, Raised Face (rf), Large Male Female (lmf), Small Tongue, Groove, Small Male Female (smf), Flat Face (ff), Ring Type Joint (rtj), Lap Joint Face (ljf), Large Tongue & Groove |
Weld Neck Flanges Supplier in Oman | ASTM A182 Stainless Weld Neck Flanges Industrial Grade Standard
Nitech Stainless Inc are high quality weld neck flanges designed to be used in high pressure, high temperature, and critical service piping systems. Being a reputable Weld Neck Flanges Supplier in Oman, the flanges are produced with the highest quality of materials and up-to-date forging and machining to give them an excellent strength, perfect dimensions, and great resistance to corrosion and mechanical load. Weld neck flanges are commonly applied in oil and gas pipelines, petrochemical plants, refineries, power generation units, and chemical processing industries, as the robust and leak-free joints are needed, and prolonged service life is required. The tapered design of the hub also contributes to the stress distribution being evenly throughout the pipeline, which makes these pipes suitable even in harsh operating conditions. We also provide Threaded Flanges.
Weld neck flanges are important elements in the industrial supply chain, and they are generally purchased via all the key b2b portals, with large-scale fabrication, construction, and maintenance projects. Good weld neck flanges are useful in enhancing the safety of the system as well as minimizing the failures that occur due to vibration and ensuring that the flow performance remains steady. The accuracy of their welding interface, consistent structure, and reliable mechanical characteristics of the product are the factors that allow a longer service life and successful performance under the common and extreme conditions of industrial life.
