Heat Treatment Shop
Met-Heat Engineers Pvt. Ltd. operates a heat treatment shop unit situated in Por-Ramangamdi GIDC. The facility spans across 75,000 sq. ft., with a working area of approximately 7,000 sq. ft. We specialize in providing top-notch heat treatment services that enhance the performance and durability of your metal components. Our team consists of skilled metallurgists, technicians, and state-of-the-art equipment, enabling us to offer customized solutions tailored to your specific requirements. Whether you need annealing, stress relieving, tempering, or hardening, we ensure precise control over temperature and time to achieve the desired material properties. Regardless of the scale of your project, we are dedicated to delivering exceptional results that surpass industry standards. You can rely on our unmatched expertise and reliability in providing heat treatment solutions for your metal products.
Furnaces and Facilities -
| No. | Description | Size (mm) | Capacity |
|---|---|---|---|
|
1 |
Pit Type Electric Furnace for Solution Annealing |
800 DIA X 1350 DEPTH |
1150 °C |
|
2 |
Pit Type Electric Furnace for Carburizing |
700 DIA X 1100 DEPTH |
950 °C |
|
3 |
Pit Type Electric Furnace for Gas Nitriding |
700 DIA X 1100 DEPTH |
950 °C |
|
4 |
Pit Type Electric Furnace for Tempering |
700 DIA X 1000 DEPTH |
750 °C |
|
5 |
Box Type Electric Furnace for Solution Annealing |
600L X 320W X 320D 700L X 350W X 450D |
1080 °C 1080 °C |
|
6 |
Baggie Type Electric Furnace for Solution Annealing, Normalizing, Quenching and Tempering |
3000L X 3000W X 2000H |
1100 °C |
|
7 |
Box Type Electric Furnace for Tempering |
340L X 170W X 200D 900L X 750W X 650D |
750 °C 750 °C |
|
8 |
Polymer Quenching Tank |
3500L X 3500W X 3000H |
40,000 l |
|
9 |
Oil Quenching Tank |
1200L X 1200W X 2500D |
3500 l |
|
10 |
Water Quenching Tank |
1200L X 1200W X2500D 3000L X 2800W X 1400H |
3500 l 11,000 l |
|
11 |
Overhead Crane |
- |
5000 Kg |
|
12 |
Power Supply |
- |
300 KVA |
Services We Offer
Heat treatment process where Carbon is diffused into the outer surface of steels in order to make it harder and wear resistant.
Heat treatment process where Nitrogen is diffused into the outer surface of steels in order to make it harder and wear resistant.
Heat treatment process where Carbon and Nitrogen is diffused into the outer surface of steels in order to make it harder and wear resistant.
Also known as ‘Ferritic Nitrocarburiizing’, this process diffuses Nitrogen and Carbon on the outer surface of steels in order to improve properties such as hardness, fatigue properties and corrosion resistance.
Heat treatment process used to increase ductility of metal and reduce hardness.
Heat treatment process used to increase ductility of metal and reduce hardness.
Heat treatment process used to minimize internal stresses of the metal by heating it below the critical temperature.
Heat treatment process used to heat the sample at high temperature and quench using Water, Oil, Polymer, etc to increase the hardness of the material.
Heat treatment process is usually followed by hardening to reduce internal stress after hardening and increase toughness of the metal.
Heat treatment process used to dissolve particular precipitates into the metal and change its properties at a solution annealing temperature.
Also known as ‘Age Hardening’, this Heat treatment process used to increase the yield strength of metals by introducing precipitation elements and aging over time for the precipitates to dissolve uniformly into the metal matrix.
Quality Control and Lab Equipment
- Rockwell Hardness Tester (HRA/HRB/HRC)
- Brinell Hardness Tester (HRBW)
- Vickers Hardness Tester (HV5, HV10, HV30)
- Micro Vickers Hardness Tester (10gm, 50gm, 100gm, 500gm, 1000gm)
- Metallurgy Microscope with Image analysis software
- Abrasive cut off machine with cooling
- Microstructure sample preparation machines
- Portable Rebound Hardness Tester
- Portable UCI Hardness Tester