About MS ERW B Class 45 Short Radius Elbow
MS ERW B-Class 45 Short Radius Elbows are manufactured from Mild Steel Electric Resistance Welded (ERW) pipes as per IS1239 standards. These fittings are designed to change the pipeline direction by 45 within a short space, making them suitable for compact piping layouts. Induskart offers precision-made, leak-proof B-Class elbows for water supply, gas, HVAC, and structural applications.
Technical Specifications:
Material Grade: Mild Steel IS1239 B-Class (Medium Duty)
Type: 45 Short Radius Elbow (Buttweld / ERW)
Standard: IS1239 / IS3589
Size Range: to 12 NB
Thickness Class: B-Class (Medium Duty)
Manufacturing Method: ERW Pipe Formed, Buttweld Ends
Surface Finish: Black Painted, Anti-Rust Oiled, Galvanized (optional)
End Type: Beveled Ends for Welding
Testing: Hydrostatic Test, Dimensional & Visual Inspection
Certifications:
ISO 9001: 2015, IS1239 Certified, MTC available, Third-Party Inspection (TPI)
Applications & Buyer Types:
Water Supply Pipelines
Gas Distribution Lines
Firefighting & HVAC Systems
Agricultural Irrigation Pipelines
Structural & Fabrication Works
Buyers include EPC contractors, OEMs, builders, and municipal authorities
FAQ:
What is the difference between short radius and long radius elbows?
Short radius elbows have a smaller centerline radius, suitable for tight piping spaces.
Why B-Class for elbows?
B-Class means medium-duty thickness as per IS1239 standard.
Are these elbows galvanized?
Available in black, oiled, or galvanized finish.
Where are 45 elbows used?
Where the pipeline direction needs a 45 deviation in limited space.
Call to Action:
Choose Induskarts MS ERW B-Class 45 Short Radius Elbows for compact, durable, and efficient pipeline solutions. Contact us for technical consultation and bulk orders.
Enhanced Corrosion ResistanceThese elbows feature a galvanized finish, which significantly increases their resistance to rust and corrosion. This makes them an excellent choice for use in environments where long-term durability is essential. The smooth, manually polished surface not only adds aesthetic appeal but also helps reduce the buildup of debris and residue.
Reliable Construction and Easy InstallationFabricated from high-quality mild steel and iron alloys, the MS ERW B Class 45 Short Radius Elbow is engineered for strength and longevity. The short radius design optimizes space and allows for tight directional changes in piping systems, simplifying installation in both new and existing setups.
FAQs of MS ERW B Class 45 Short Radius Elbow:
Q: How is the 45 Short Radius Elbow typically used in piping systems?
A: This elbow is mainly used to redirect flow at a 45-degree angle in pipelines, especially where space is limited or quick directional changes are required. Its short radius makes it suitable for compact installations.
Q: What are the key benefits of choosing a galvanized MS ERW B Class elbow?
A: Galvanization provides exceptional corrosion resistance, ensuring a longer lifespan and reducing maintenance in harsh environments. The products quality materials also offer excellent strength and durability.
Q: When should I opt for a short radius elbow over a long radius type?
A: Short radius elbows are ideal when installation space is restricted or a sharper directional change is necessary. They are particularly useful in compact industrial and commercial piping layouts.
Q: Where are these elbows commonly supplied and used in India?
A: These elbows are frequently supplied by traders and suppliers across India for use in construction, plumbing, water supply, and various industrial applications requiring sturdy and reliable pipe fittings.
Q: What is the manufacturing process for the MS ERW B Class 45 Short Radius Elbow?
A: The elbow is produced from mild steel using Electric Resistance Welding (ERW) techniques. It is then alloyed as required, galvanized for corrosion resistance, and manually polished for a smooth surface finish.
Q: What warranty is offered with this elbow fitting?
A: The MS ERW B Class 45 Short Radius Elbow comes with a 1-year warranty, covering manufacturing defects and ensuring product reliability after installation.