En24 Alloy Steel Forged Gear Blank Supplier

Price 80.0 INR/ Kilograms

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MOQ : 100 Kilograms

En24 Alloy Steel Forged Gear Blank Supplier Specification

Tempering Capability
Good

Precision Forged
Yes

Fatigue Resistance
High

Machinability
Excellent

Impact Strength
High

En24 Alloy Steel Forged Gear Blank Supplier 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 Alloy Steel Forged Gear Blank Supplier

Steel World isstockiest, supplier, dealer andmanufacturerof the En24 Forged gear blank .EN24 forged gear blanks are the foundational elements in gear manufacturing, providing the material from which precise gears are machined. These blanks are valued for their uniformity and strength, which are essential for high-performance gearing applications. The chemical composition of EN24 includes:

Carbon: 0.36-0.44%
Silicon: 0.10-0.35%
Manganese: 0.45-0.70%
Nickel: 1.30-1.80%
Chromium: 0.90-1.40%
Molybdenum: 0.20-0.35%

This mix of elements gives the gear blanks their desired mechanical properties such as toughness and resistance to impact.

Precision Forging for Reliable Performance

Our EN24 Alloy Steel Gear Blanks are produced using precision forging methods, guaranteeing uniformity and structural integrity. This process enhances their mechanical properties, including impact strength and fatigue resistance. Each blank undergoes stringent quality checks to meet the rigorous demands of industries such as automotive, mining, and heavy machinery.

Versatile Supply Chain Across India

Whether you are seeking a dealer, wholesaler, manufacturer, or exporter, our extensive network ensures swift and reliable procurement of EN24 Alloy Steel Forged Gear Blanks anywhere in India. We cater to diverse business requirements and deliver tailored solutions for every industrial need.

FAQ's of En24 Alloy Steel Forged Gear Blank Supplier:

Q: How are EN24 Alloy Steel Forged Gear Blanks manufactured with precision forging?

A: EN24 Alloy Steel Forged Gear Blanks are produced using advanced precision forging techniques. This process involves shaping the steel under high pressure to achieve accurate dimensions and improved grain structure. The result is a component with superior strength, consistent quality, and excellent machinability.

Q: What benefits does EN24 alloy offer for gear blanks compared to other materials?

A: EN24 alloy provides a unique combination of high impact strength, excellent machinability, good tempering capability, and high fatigue resistance. These features make it ideal for applications where durability, reliability, and resistance to wear and tear are essential.

Q: When should EN24 Alloy Steel Forged Gear Blanks be used in industrial applications?

A: EN24 Gear Blanks should be used in scenarios that demand high mechanical performance, such as heavy-duty gears, automotive parts, power transmission systems, and machinery components. Their robust properties ensure a longer service life, even under strenuous operating conditions.

Q: Where can customers purchase EN24 Alloy Steel Forged Gear Blanks in India?

A: Customers can obtain EN24 Alloy Steel Forged Gear Blanks through a wide network of suppliers including dealers, distributors, wholesalers, manufacturers, and exporters. These supply chain partners operate across major industrial regions in India, providing accessibility and prompt service.

Q: What processes can be performed on EN24 Alloy Steel Gear Blanks after forging?

A: After forging, EN24 Gear Blanks can undergo various machining processes such as turning, milling, drilling, and gear cutting due to their excellent machinability. Additionally, they can be tempered and heat-treated for specific application requirements to fine-tune mechanical properties.

Q: How does the high fatigue resistance of EN24 Gear Blanks benefit end users?

A: High fatigue resistance ensures that EN24 Gear Blanks can withstand repeated cyclic loading without failure. This attribute is crucial for gear applications where components are subjected to constant motion, leading to reduced maintenance costs and improved operational reliability.

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