EN36 Alloy Steel Round Bar

Name: EN36 Alloy Steel Round Bar
Brand: PARAG STEEL & ALLOYS PRIVATE LIMITED
Price: 150 INR
Availability: InStock

Price 150 INR/ Kilograms

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MOQ : 150 Kilograms

EN36 Alloy Steel Round Bar Specification

Type
Non Weldable

Grade
En 36

Application
Manufacturing

Technique
Hot Rolled

Length
6 Meter (m)

Material
Alloy Steel

EN36 Alloy Steel Round Bar Trade Information

Minimum Order Quantity
150 Kilograms

Payment Terms
Cash Advance (CA)

Supply Ability
1000 Kilograms Per Day

Delivery Time
7 Days

Main Domestic Market
All India

About EN36 Alloy Steel Round Bar

We are the most trusted supplier and trader of a wide range of EN36 Alloy Steel Round Bar. The offered bar is made utilizing incomparable class crude materials sourced from solid sellers of the business. To guarantee its distinction and faultlessness, this bar is thoroughly tried by our quality controllers on different parameters. We offer this bar in number of particulars according to the data set around our customers. Our scope of EN36 Alloy Steel Round Bar is best respected for features such as rust evidence, strong, smooth completing etc.

Superior Hot-Rolled Alloy Steel

EN36 Alloy Steel Round Bars are manufactured using advanced hot rolling techniques, which result in a robust and consistent material structure. These bars are engineered to meet the demanding standards of the manufacturing sector, providing reliability for heavy-duty applications. The EN 36 grade offers exceptional core hardenability, ensuring long-lasting performance in critical machine parts and equipment used throughout various industries.

Applications in Manufacturing and Engineering

Designed specifically for industrial use, the EN36 round bar is widely adopted in manufacturing, particularly for components subjected to high stress or wear. Its non-weldable nature makes it most suitable for processes such as machining and heat treating. This alloy steel bar's consistent properties across each 6-meter length provide engineers and manufacturers with confidence in its performance, whether in automotive, construction, or machinery sectors.

FAQ's of EN36 Alloy Steel Round Bar:

Q: How is the EN36 Alloy Steel Round Bar commonly used in manufacturing?

A: The EN36 Alloy Steel Round Bar is primarily used in manufacturing gears, shafts, and heavy-duty machine components due to its high core strength and wear resistance. Its toughness and consistent performance make it suitable for applications where heavy loads and durability are essential.

Q: What are the processing techniques involved in producing the EN36 round bar?

A: EN36 bars are manufactured using the hot rolling process, which enhances their grain structure and strength. The bars are shaped and sized under high temperatures, ensuring a reliable, homogeneous material suitable for precision engineering tasks.

Q: When should I choose a non-weldable EN36 round bar over other steel grades?

A: The non-weldable EN36 round bar is an ideal choice when the design demands superior hardening properties and mechanical performance without the need for welding. It is perfect for parts that require machining or heat treatment rather than welded joints.

Q: Where is the EN36 Alloy Steel Round Bar supplied and exported from?

A: These round bars are sourced and distributed throughout India by authorized exporters, suppliers, and traders. They are readily available for both domestic manufacturing facilities and international clients seeking reliable alloy steel materials.

Q: What benefits does the EN36 grade offer compared to other alloy steels?

A: EN36 grade alloy steel provides outstanding core hardenability, high tensile strength, and excellent toughness, especially after case hardening. This makes it particularly beneficial for components requiring deep hardening and resilience under stress.

Q: How does the 6-meter length contribute to manufacturing efficiency?

A: The standard 6-meter length allows manufacturers to cut and machine bars according to project requirements, reducing waste and ensuring material efficiency during production processes.

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