• Categories
  • Suppliers

Prime Companies

WPHY 56

Carbon steel WPhy 56 Unequal Cross Pipe Fittings have a blend of elements that give it enhanced strength and malleability. Its chemical composition is primarily iron and contains smaller amounts of tungsten, carbon, manganese, silicon and phosphorus. Adding other alloying agents provides more strength to this type of fittings while sacrificing flexibility in some cases. Thanks to the combination of metals, these pipe fittings are incredibly corrosion-resistant, making them highly durable and reliable for many years without the need for maintenance or repairs.

Carbon Steel WPhy 56 Unequal Cross Pipe Fittings are incredibly advantageous in many industries, such as oil and gas, pharmaceuticals, aerospace, and chemical production, because of their remarkable strength and corrosion-resistant protection. Produced from high-quality steel alloys, these fittings are ideal for several applications due to their high structural integrity, ease of installation (particularly when compared to standard welded connections) and long-term durability. They provide excellent resistance to extreme temperatures and pressures, further enhanced by the wide range of annealing or heat treatments available. Offering both formability and tensile strength, these unique fittings have earned their place within vital industrial processes across the globe.

FAQ's for Carbon Steel WPHY 56 Unequal Cross Pipe Fittings

Carbon Steel WPhy 56 Unequal Cross Pipe Fittings are used to join pipes of different diameters in plumbing, HVAC, and industrial applications.

The density of Carbon Steel WPhy 56 Unequal Cross Pipe Fittings is 7.85 g/cm3, or 0.284 lb/in3. It is composed of 99% iron and 1% carbon, and provides superior strength when compared to other steels that are not alloyed with small concentrations of additional metals such as manganese, chromium, molybdenum or nickel.

To accurately test Carbon Steel WPhy 56 Unequal Cross Pipe Fittings, you must use physical testing methods such as hydrostatic tests, tensile tests, and visual inspections. You should also use non-destructive evaluation methods such as x-ray radiography or ultrasonic testing to ensure that the fittings are in compliance with industry standards.

No more suppliers available.