Low Temperature Carbon Steel Lf2 Flanges Manufacturer In India For Lng Pipelines And Cryogenic Processing Systems

Name: Low Temperature Carbon Steel Lf2 Flanges Manufacturer In India For Lng Pipelines And Cryogenic Processing Systems
Brand: Nitech Stainless Inc
Availability: InStock
Rating: 5 (20 reviews)

Specification Details
Flanges Types	Slip On, Lap Joint, Weld Neck, Long Weld Neck, Threaded, Blind, Companion
Class	150 Lbs, Pn 6, 300 Lbs, 10, 16, 25, 40, 600 Lbs, 900 Lbs, 64, 100, 1500 Lbs, 160, 2500 Lbs Asa 150, Asa 300
Size	1/2″ (15 Nb), 48″ (1200nb) Dn10~dn5000
Type	Raised Face (rf), Large Male Female (lmf), Small Tongue, Groove, Flat Face (ff), Small Male Female (smf), Ring Type Joint (rtj), Large Tongue & Groove, Lap Joint Face (ljf)

Low Temperature Carbon Steel LF2 Flanges Supplier in India Providing Impact Tested Flanges for Critical Services

Nitech Stainless Inc is a leading Low Temperature Carbon Steel LF2 Flanges Manufacturer in India. Low Temperature Carbon Steel LF2 flanges are designed specifically for use in environments with extremely low temperatures, typically in cryogenic applications or systems that experience sub-zero conditions. The LF2 grade is a carbon steel alloy that has been specially engineered to maintain its strength, toughness, and resistance to brittle fracture at low temperatures, often as low as -50°F (-46°C) and below. These flanges are widely used in industries such as liquefied natural gas (LNG), oil and gas, petrochemical, and cryogenic engineering, where the integrity of piping systems is essential for safe and reliable operation in cold environments.

Low Temperature Carbon Steel LF2 flanges are typically forged to enhance their mechanical properties, providing superior durability and resistance to cracking or failure under cold stress. Available in various configurations such as weld neck, slip-on, and blind, LF2 flanges are designed to withstand high pressures while ensuring leak-proof connections in low-temperature systems. Their excellent toughness and structural integrity under extreme cold conditions make Low Temperature Carbon Steel LF2 flanges an essential component in pipelines and equipment exposed to cryogenic temperatures, offering both operational efficiency and safety in critical systems.

Low Temperature Carbon Steel LF2 Flanges Specification Table

Material	Grade	Standard	Size Range	Flange Type	Pressure Class	Temperature Range	Typical Application
Low Temperature Carbon Steel	ASTM A350 LF2	ASME B16.5 / ASTM Standards	½” NB – 48” NB	Weld Neck Flange	150# – 2500#	-46°C to 345°C	Low-temperature piping systems
Carbon Steel Alloy	LF2 Class 1	ANSI / ASME Standards	Custom Sizes	Slip On Flange	150# – 2500#	Sub-zero service conditions	Oil & gas facilities
Forged Low Temperature Steel	ASTM A350 LF2 CL1	DIN / EN Standards	½” – 60”	Blind Flange	Class 150 – 2500	Cold operating environments	LNG processing plants
Impact Resistant Carbon Steel	LF2 Grade Steel	ASTM / ISO Standards	Custom Dimensions	Socket Weld Flange	Various Ratings	Low-temperature applications	Petrochemical industries
Industrial Carbon Steel	ASTM A350 LF2 CL2	ASME Specifications	Customized Sizes	Threaded Flange	Multiple Classes	Cryogenic service conditions	Power generation facilities

Low Temperature Carbon Steel LF2 flanges are produced for piping systems that are used under low-temperature and moderate pressure conditions that require toughness and impact resistance. The flanges are commonly found in oil & gas processing units, LNG terminals, petrochemical plants, storage systems and industrial plants that process low-temperature fluids and gases. Their special composition gives them higher resistance to brittle fracture, while ensuring mechanical strength and good service performance at low temperatures. LF2 flanges are suited for good weldability, good structural integrity and reliable sealing for critical piping systems operating in sub zero conditions. These flanges come in various flange types, pressure ratings, and can be custom-made to fit a specific need, making them suitable for industrial applications that must maintain long service life, safety, and consistent operation reliability in challenging low-temperature conditions.