Machines

NTF has inhouse machineries which help to deliver the quality product to customer on time every time. Below is the list of some machinineries in NTF:


Pit Type Hardening Furnace

The internal characteristics are changed through controlled heating and cooling of metals to alter their physical and mechanical properties without changing the product shape.

Pit Type Tempering Furnace

Used for annealing ,Stress Reliving, Tempering and Normalizing.Tempering temperature and times are generally controlled to produce the final properties required of the steel without changing the product shape.

Muffle Furnace

This instrument is used to burn out the volatile materials.

Quenching Tank

Hot Parts are cooled rapidly by immersing in oil or any other suitable liquid to transform the material to hardened structure.

Magnetic Particle Inspection

This machine performs the crack detection process and is used to detect surface and slightly subsurface discontinuities in ferromagnetic materials.

Brinell Hardness Tester

This machine eliminates elaborate process of removing specimen from the hardness tester and measuring diameter of indentation on a microscope.

Universal Testing Machine

This machine can perform in both Mechanical and Analog mode with extension meter. This machine is used to determine the mechanical behavior of a material under static, axial tensile or stretch loading.

Microscope

This machine is used to Observe organization and shape of material’s structure.

Impact Testing Machine

A customer database is maintained for ERM quality control, tracking of individual machine performance, and for trend analysis for ISO.

V - Notch Cutting Machine

This machine is used for V notch preparation. This machine is capable to produce uniform notches as per the standard specification and also capable to cut all types of steels with hardened components.

Rockwell Hardness Tester

This instrument is used to check the components toughness. Hardness tests involve measuring the amount of force required to implant a specified indentation in the surface of a specimen or the size of the indentation produced from applying a specified load.