Ventura Alloy And Steels Private Limited

We are offering EN 47 Spring Steel Wire to our clients.

Chemical Composition - (Typical Analysis in %)

VENTURA EN47 Chromium Vanadium type spring steel supplied in the as rolled condition as well as spheroidized annealed condition. EN47 is suitable for oil hardening and tempering. When used in the oil hardened and tempered condition EN47 spring steel combines spring characteristics with good wear and abrasion resistance. When hardened EN47 offers excellent toughness and shock resistance which make it a suitable alloy spring steel for parts exposed to stress, shock and vibration.

Applications:

En47 steels, highlight the advantage is good hardenability, another hot working performance, comprehensive mechanical properties, decarburization resistance is also good big cross section of various important spring, such as automobile, locomotive, large plate spring, spring, etc. SUP10 Spring main used for heavy vehicles, tractors, industrial production load, stress and the diameter of the larger plate spring and helical spring. It is also used widely in the motor vehicle industry and many general engineering applications. Suitable for applications that require high tensile strength and toughness. Typical applications include crankshafts, steering knuckles, gears, spindles and pumps.

Forging:

Forge at 1050°C. Do not work this steel when it has fallen below 840°C.

Annealing:

Heat slowly to 820-840°C, soak well. Cool slowly in the furnace. (Our annealing is done in electric furnace to avoid decarburization)

Hardening:

Pre heat slowly to 650/700°C and thoroughly soak. Continue heating to the final hardening temperature of 830/860°C and allow the component to be heated through. Quench in oil.

Tempering:

Temper the EN47 spring steel component immediately after quenching whilst tools are still hand warm. Re-heat to the tempering temperature then soak for one hour per 25 millimetre of total thickness (2 hours minimum) Cool in air. For most applications tempering of this grade will be between 400-600°C.

Heat Treatment:

Heat treatment temperatures, including rate of heating, cooling and soaking times etc. will vary due to factors such as the shape and size of each component. Other considerations during the heat treatment process include the type of furnace, quenching medium and workpiece transfer facilities. Please consult your heat treatment provider for full guidance on heat treatment of EN47.

Overview:
20MnCr5 and 16MnCr5 are low-alloy case hardening steels known for their excellent wear resistance, high tensile strength, and good machinability. These steels are widely used for producing components that demand a hard, wear-resistant surface and a tough, impact-resistant core.

Key Properties:

• Composition: Low carbon with manganese and chromium additions

• Hardening Capability: Excellent surface hardening through carburizing

• Core Toughness: Maintains good ductility and toughness in the core after heat treatment

• Weldability: Moderate — welding is possible with proper precautions and post-weld treatment

• Machinability: Good – easily shaped and finished before hardening

Common Applications:

• Gears

• Shafts

• Camshafts

• Pins and bolts

• Transmission components

Heat Treatment Options:

• Carburizing: For surface hardening

• Quenching and Tempering: For strength and toughness

• Annealing: To soften before machining

• Normalizing: To refine grain structure and improve uniformity

Conclusion:
20MnCr5 / 16MnCr5 are ideal steels for applications requiring a combination of hard surface wear resistance and core toughness, making them popular in the automotive and mechanical engineering industries.

Overview:
20MnCr5 and 16MnCr5 are low-alloy case hardening steels known for their excellent wear resistance, high tensile strength, and good machinability. These steels are widely used for producing components that demand a hard, wear-resistant surface and a tough, impact-resistant core.

Key Properties:

• Composition: Low carbon with manganese and chromium additions

• Hardening Capability: Excellent surface hardening through carburizing

• Core Toughness: Maintains good ductility and toughness in the core after heat treatment

• Weldability: Moderate — welding is possible with proper precautions and post-weld treatment

• Machinability: Good – easily shaped and finished before hardening

Common Applications:

• Gears

• Shafts

• Camshafts

• Pins and bolts

• Transmission components

Heat Treatment Options:

• Carburizing: For surface hardening

• Quenching and Tempering: For strength and toughness

• Annealing: To soften before machining

• Normalizing: To refine grain structure and improve uniformity

Conclusion:
20MnCr5 / 16MnCr5 are ideal steels for applications requiring a combination of hard surface wear resistance and core toughness, making them popular in the automotive and mechanical engineering industries.