Top MS 90 Degree Threaded Elbow Manufacturer in india

90-DEGREE THREADED ELBOWS

Turn right. Fit tight.

Krishna Forge Fitting manufactures MS 90 Degree Threaded Elbows designed for right-angle pipe connections, combining high strength, dimensional accuracy and convenient threaded installation.

What is an MS 90 Degree Threaded Elbow?

Strong at every turn.

Right-Angle Connection

The 90-degree design allows piping to change direction within compact industrial layouts.

Threaded Assembly

Compatible threaded connections allow pipe assembly without welding the fitting to the adjoining pipes.

High Strength

Mild steel construction provides mechanical strength for industrial piping systems.

Dimensional Accuracy

Controlled manufacturing helps maintain consistent fitting dimensions and thread alignment.

General Product Specifications

Specification Details
Product Name MS 90 Degree Threaded Elbow
Material Mild Steel (MS)
Listed Size 4 Inches
Nominal Size Range (NPT 2000 Class) ½ Inch – 4 Inches
Bend Angle 90 Degrees
Thread / Class Detail NPT 2000 Class
Application Industrial
Manufacturing Technique Hot Rolled
Packaging Type Box
Brand Krishna Forge Fitting
Country of Origin India

Built for Diverse Piping Requirements.

Get the full details.

Download Krishna Forge Fitting’s product catalogue for threaded elbow dimensions, fitting configurations, pressure classes and technical reference information.

Your questions, answered.

What is an MS 90 Degree Threaded Elbow?
It is a mild steel pipe fitting used to connect two pipe sections at a 90-degree angle through compatible threaded connections.
A 90-degree elbow changes pipeline direction by a right angle, helping route pipes around equipment and structural obstacles.
The website specifies an NPT 2000-class range from ½ inch to 4 inches, with a 4-inch fitting featured in the main product specifications.
No. Its threaded connection design allows assembly using compatible pipe threads without welding the fitting.
Important factors include nominal pipe size, NPT thread compatibility, pressure class, operating temperature, material suitability and the fluid being transported.