En24 Forged Shaft

Price 125.0 INR/ Kilograms

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MOQ : 100 Kilograms

En24 Forged Shaft Specification

Surface Quality
Smooth

Shock Resistance
Excellent

Toughness
Superior

Straightness
Precision controlled

Fatigue Strength
High

Service Temperature
Up to 450°C

Machinability
Good

Forging Technology
Closed die or open die

Microstructure
Fine grain structure

Delivery Condition
As forged or heat treated

En24 Forged Shaft Trade Information

Minimum Order Quantity
100 Kilograms

Payment Terms
Cash in Advance (CID)

Supply Ability
100 Kilograms Per Month

Delivery Time
7 Days

Main Domestic Market
All India

About En24 Forged Shaft

Steel World is stockiest, supplier, dealer and manufacturer of the En24 Forged Shaft. The EN24 forged shaft is a robust component crafted from a high-strength alloy steel known for its impressive combination of toughness, ductility, and wear resistance. EN24 steel is primarily composed of carbon, chromium, nickel, and molybdenum. This unique blend of elements ensures the shaft can withstand rigorous conditions while maintaining its integrity. Carbon provides the fundamental strength, chromium and nickel offer enhanced corrosion resistance, and molybdenum contributes to the overall toughness and hardenability of the material¹². Such a composition allows the EN 24 shaft to be heat treated for a wide range of tensile strengths, making it an ideal choice for heavy-duty applications where reliability is paramount.

Advanced Forging Technology for Maximum Performance

EN24 Forged Shafts are manufactured using either closed die or open die forging techniques that allow for enhanced mechanical properties and critical dimensional accuracy. These specialized processes yield a shaft with a dense, refined grain structure, providing the durability and integrity necessary for automotive, heavy machinery, and industrial use.

Precision and Reliability

Each EN24 Forged Shaft undergoes meticulous quality checks to assure straightness and surface excellence. With a delivery condition tailored to your requirements-either as forged or heat treated-these shafts offer superior fatigue resistance, good machinability, and minimal risk of deformation or failure, making them highly dependable.

Nationwide Supply Chain and Expert Support

Available throughout India via dealers, distributors, manufacturers, and traders, EN24 Forged Shafts are accessible for a variety of industrial sectors. Expert service providers and experienced importers ensure prompt delivery and technical assistance, guiding you to the optimal forging solution for your unique needs.

FAQ's of En24 Forged Shaft:

Q: How does the forging process enhance the quality of EN24 Forged Shafts?

A: The forging process, whether closed die or open die, refines the grain structure of the EN24 shaft, resulting in higher strength, improved uniformity, and excellent shock resistance. This enhances the shaft's mechanical properties, making it suitable for demanding applications.

Q: What benefits does the fine grain microstructure provide?

A: A fine grain microstructure increases fatigue strength, toughness, and shock absorption. This ensures the EN24 Forged Shaft delivers prolonged service life and reliable performance under cyclical and high-stress environments.

Q: When should I choose heat treated over as-forged EN24 shafts?

A: Heat treated EN24 shafts are preferred when additional mechanical strength, hardness, or specific physical properties are required for critical operations. As-forged shafts are appropriate for applications where standard properties suffice.

Q: Where can I purchase EN24 Forged Shafts in India?

A: EN24 Forged Shafts are widely available throughout India from a comprehensive network of manufacturers, exporters, importers, dealers, distributors, suppliers, and traders, ensuring easy procurement and nationwide support.

Q: What types of industries commonly use EN24 Forged Shafts?

A: These shafts are commonly used in heavy engineering, automotive, construction machinery, and energy sectors due to their superior toughness, precision straightness, and ability to withstand high operational temperatures.

Q: How does the precision-controlled straightness benefit machine performance?

A: Precision-controlled straightness ensures efficient power transmission, reduces vibration, and minimizes wear on connected machinery, thereby improving overall system reliability and operational safety.

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