Industrial Vertical

Heat Treatment

HEPL offers comprehensive heat treatment solutions using advanced furnace technology — delivering superior mechanical properties, dimensional stability and extended component life.

Our Heat Treatment Capabilities

Our facility is equipped to deliver oxidation-free, dimensionally precise and metallurgically certified treatments for components ranging from precision shafts and gears to large, complex assemblies.

  • Seco/Warwick Vacuum Furnace (Poland)Up to 1300°C, batch load capacity of 2500 kg; 15-bar gas quench.
  • Pit-Type Furnaces (Aditya Thermal, India)5 furnaces with operating temperatures up to 1000°C.
  • Induction Hardening — Inductotherm Inductoscan325 kW system, capable of 3–10 mm case depth.

Vacuum Heat Treatment

Our advanced vacuum heat treatment system provides oxidation-free processing — ensuring exceptional surface finish, dimensional accuracy and uniform hardness for precision-engineered components.

Processes Include

  • Vacuum Hardening & Tempering
  • Solution Annealing
  • Precipitation Hardening
  • Aging
  • Vacuum Brazing
  • Stress Relieving
  • Low Pressure Carburizing
  • Isothermal Quenching
  • Bright Annealing

Pit Furnace Heat Treatment

Our pit furnaces are designed for processing large, heavy and complex components requiring uniform heating and controlled cooling.

Processes Include

  • Gas Carburizing
  • Hardening & Tempering
  • Normalizing
  • Annealing
  • Stress Relieving
  • Oil & Water Quenching

Induction Hardening

HEPL offers precision induction hardening for selective surface hardening of components — ideal for shafts, gears, bearing components and other critical engineering parts. Benefits include:

Benefits

  • Improved wear resistance
  • Enhanced fatigue strength
  • Increased service life
  • Minimal distortion
  • Accurate hardness depth control

Local Hardening

Our local hardening solutions provide controlled heat treatment of specific areas of a component — enabling enhanced surface hardness without affecting the overall material properties. Particularly suitable for wear-prone regions requiring extended operational life.

Shop Photos

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