Top MS hex nipple Manufacturer in India

MS Hex Nipple

Small part. Strong connection.

Krishna Forge Fitting manufactures MS Hex Nipples designed for industrial pipe connections, combining durable mild steel construction with galvanized surface treatment and a practical hexagonal design.

What is an MS Hex Nipple?

Get a firm grip.

Hexagonal Design

The hexagonal section provides a practical gripping surface for installation and removal using suitable tools.

Durable Mild Steel

Mild steel construction provides mechanical strength for compatible industrial piping applications.

Galvanized Protection

Galvanized surface treatment helps protect exposed metal against corrosion in suitable service environments.

Practical Installation

The nipple design supports connections between compatible threaded pipes and fittings.

General Product Specifications

Specification Details
Product Name MS Hex Nipple
Material Mild Steel (MS)
Listed Size 2 Inches
Application Industrial
Brand Krishna Forge Fitting
Surface Treatment Galvanized
Manufacturing Technique Hot Rolled
Packaging Type Box
Country of Origin India

Built for Diverse Piping Requirements.

Check the connection details.

Explore Krishna Forge Fitting’s product catalogue for threaded fitting specifications, connection configurations, available dimensions and manufacturing information. Access technical references to support the selection of suitable industrial pipe fittings.

Your questions, answered.

What is an MS Hex Nipple used for?
An MS Hex Nipple is commonly used to connect two compatible internally threaded pipes, valves or fittings within an industrial piping system.
The hexagonal section provides a gripping surface for a wrench, allowing the fitting to be tightened or removed during installation and maintenance.
The product is manufactured using mild steel with galvanized surface treatment.
Krishna Forge Fitting lists a 2-inch MS Hex Nipple. Additional dimensional requirements can be confirmed with the manufacturer.
Selection depends on nominal pipe size, connection length, thread compatibility, material requirements, operating pressure, temperature and suitability for the intended application.