Product Description
The offered Mild Steel Blrtj Flange is made available for use in the various commercial and industrial applications. The offered Mild steel flanges manufactured by Metallica are used for conveying oil, steam, water, gas, air at low/medium/high pressure or temperature. Additionally these flanges are also used for fire protection systems, civil engineering, architecture and other structures, shipyard, oil field, and gas field. Mild Steel Flanges roughly contains between 0.05% and 0.25% of carbon by weight. Due to its low carbon content, the alloy is more malleable and tends to be well suited for welding. The Mild Steel Blrtj Flange is very effective.
Stainless Steel Flanges
Sr. No. | Material | Size | Class | Specification | Items |
1 | Forged Flanges | 15 NB to 750 NB | 150#300#600# | 900#1500# | A-182ANSI B16.5 | SORF WNRF BLRF SWRF | LAP Joint Threaded Reducing |
2 | Plate Flanges | 15 NB to 500 NB | ASA 150 Table D Table E DIN Table ND-6 ND-10 | ASA 300 Table F Table H ND-16 ND-25 ND-40 | A-240,ANSI B16.5 | SORFBLRF | LAP Joint & Spectacle |
Note:-
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Grade | 304 304L 304H 316 | 316L 316LN 316Ti 309 | 310S 317L 321 347 | 410 420 440C 202 Etc. |
Test Certificate | Manufacturer Test Certificate Under Third Party Inspection | - | - | - |
Specialize | As Per Drawing | - | - | - |
Engineered for Enduring Strength and Versatile ConnectionsThese Mild Steel BLRTJ Raised Face Threaded flanges are designed to handle tough industrial environments. Precision-machined with forged mild steel, they deliver high strength and exceptional dimensional accuracy. Compatible with ANSI, DIN, JIS, BS, and GB standards, they support varied piping systems, whether welded or threaded. The anti-rust coated, sand-blasted or polished finish enhances longevity, making them ideal for oil & gas, chemical, and water treatment applications.
Robust Testing and Superior Quality AssuranceQuality is at the forefront of our manufacturing process. Every flange undergoes ultrasonic and hydrostatic testing to ensure structural excellence and leak resistance. Our adherence to sought-after standards and the use of high-purity mild steel (IS 2062, ASTM A105) guarantee reliability under high pressure and temperature conditions. This meticulous approach ensures optimal performance in industrial fluid handling and construction use cases.
FAQs of Mild Steel Blrtj Flange:
Q: How are Mild Steel BLRTJ Raised Face Threaded flanges installed?
A: These flanges can be installed using either weld-on or threaded methods. The BSP/NPT thread options and precise round shape ensure a seamless fit into new or existing pipe systems, offering flexibility for different industrial setups.
Q: What applications are these flanges best suited for?
A: They are ideal for use in the oil & gas sector, water treatment facilities, chemical processing, as well as general pipeline and construction projects. Their wide temperature and pressure tolerances make them suitable for demanding industrial environments.
Q: What quality control processes do the flanges undergo?
A: Each flange is rigorously tested using ultrasonic and hydrostatic methods to confirm integrity, strength, and leak-proof performance, ensuring compliance with ANSI, DIN, JIS, BS, and GB standards.
Q: When should I opt for a raised face threaded (RTJ) flange variant?
A: Choose this flange when you need secure, pressure-tight connections that allow for easy assembly and disassembly. The raised face with ring-type joint (RTJ) design provides excellent sealing, especially in high-pressure applications.
Q: Where is OEM customization available for these flanges?
A: OEM services are offered directly by the manufacturer in India, with the ability to customize dimensions, finishes, and packaging as per your project requirements. This ensures an ideal fit for specialized industrial uses.
Q: What are the benefits of choosing a sand blasted or polished finish?
A: Sand blasted and polished finishes enhance the flanges appearance and increase surface resistance to corrosion and rust. This prolongs equipment lifespan and maintains operational efficiency in harsh environments.