Carbon steel 3.1 Certified API 5L X80 Pipe Supplier, API 5L Grade X80 PSL1 3.1 Certified Line Pipes, 3LPP Coated API 5L X80 3.1 Certified Pipe, API 5L X80 3.1 Certified FBE Coated Pipes, API 5L L555 3.1 Certified Seamless Pipe Stockists, IBR approved API 5L X80 PSL2 3.1 Certified ERW Pipe Exporter in Mumbai, India.
API 5L L555 Carbon Steel 3.1 Certified Welded Line Pipe Traders, Black Steel API 5L X80 LSAW 3.1 Certified Pipe Distributors, API 5L X80 3.1 Certified SAW Pipes Stockholders in India, API 5L L555 3.1 Certified 3LPE Coating Pipe Dealers in Mumbai.
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API 5L X80 3.1 Certified Pipe
Leoscor Alloys is a known trader, supplier and distributor of API 5L X80 3.1 Certified Pipe, which provides excellent formability and can be readily deep drawn and spin formed. We are also a distinguished distributor and exporter of these pieps, which does not harden excessively during cold working. Carbon Steel API 5L X80 3.1 Certified Pipe is a low carbon, dual stabilised, molybdenum containing ferritic stainless steel with good ductility, toughness and resistance to sensitisation, even in the welds. It has corrosion environments and has lower coefficient of expansion and better thermal conductivity. API 5L Carbon Steel X80 3.1 Certified Pipe is stabilized with additions of columbium and titanium for resistance to intergranular corrosion. It is ductile and can be formed using a wide range of roll forming or mild stretch bending operations as well as the more common drawing and bending operations. API 5L X80 Carbon Steel 3.1 Certified Pipe provides excellent corrosion resistance in moderately severe environments of many types that include chlorides and organic acids found in foods and beverages. Oxidation resistance and corrosion resistance superior of these pipes are attractive for numerous automotive exhaust applications. Suggested applications of API 5L X80 3.1 Certified Pipe include tubular manifolds and other exhaust system areas where temperatures may exceed the oxidation limit or where aqueous corrosion resistance, particularly to chlorides, is needed. It has higher thermal conductivity, superior formability capabilities and is heavily used in the automotive industry.