Industrial Machine Shaft

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MOQ : 1 Unit

Industrial Machine Shaft Specification

Material
Alloy Steel / Stainless Steel / Carbon Steel

Texture Type
Machined & Polished Surface

Quality Level
Industrial Grade

Coating
Anti-corrosive / Chrome Plated / Customized

Length
Up to 2000 mm or as per requirement

Diameter
10 mm to 200 mm or as specified

Hardness
Hardened (HRC 30-60 depending on application)

Precision
High Precision (0.01 mm tolerance)

Roundness
0.01 mm deviation

Thickness
Varies as per design and application

Heat Treatment
Induction Hardened / Nitrided as required

Application
Used in Gearboxes, Industrial Machinery, Automotive and Automation Equipment

Manufacturing Process
CNC Turning, Grinding, Gear Cutting

Customization
Available as per drawing or sample

Corrosion Resistance
High, based on material and surface treatments

Surface Finish
Ra 0.8 m or better

Straightness
0.02 mm per meter

Balance
Dynamic Balanced (optional)

Tensile Strength
Up to 900 MPa

Industrial Machine Shaft Trade Information

Minimum Order Quantity
1 Unit

Payment Terms
Cash in Advance (CID)

Supply Ability
100 Units Per Month

Delivery Time
2-5 Days

Main Domestic Market
All India

Industrial Machine Shaft About

Ending Soon: Secure this unrivaled Industrial Machine Shaft at a reduced price-an offer tailored for India's leading distributors, manufacturers, suppliers, and traders. With breathtaking precision (0.01 mm tolerance), this towering component is CNC turned, ground, and gear-cut for use in gearboxes, automotive, and automation equipment. Featuring up to 900 MPa tensile strength, Ra 0.8 m finish, and dynamic balance (optional), its high-grade alloy, stainless, or carbon steel construction ensures enhanced corrosion resistance. Customizable as per drawing, enjoy superior durability, machinability, and hardness (HRC 30-60) in lengths up to 2000 mm and diameters from 10-200 mm.

Versatile Applications and Industrial Use

The Industrial Machine Shaft is engineered for a multitude of demanding environments. Its prime usage is in gearboxes, industrial machinery, automotive assemblies, and sophisticated automation equipment. Owing to its robust construction, tight tolerances, and superior surface finish, it's suitable for heavy-duty operations and high-precision tasks. The shaft adapts to varied industrial protocols, making it an essential component for those seeking unmatched performance and reliability in their mechanical systems.

Export Markets, Sample Policy, and Fast Shipping

Our Industrial Machine Shaft is highly sought after in both domestic and international export markets, catering to quality-conscious clients worldwide. For those needing to estimate compatibility or performance, samples are available under a clear policy-just request to receive one. Expect quick dispatch after confirmation, and products are shipped reliably to your destination. Our team ensures rapid sample handling and strives to meet tight project timelines for maximum efficiency and minimal delay.

FAQ's of Industrial Machine Shaft:

Q: How can the Industrial Machine Shaft be customized for specific requirements?

A: The shaft can be customized according to your drawing or sample, including changes in material, length, diameter, surface treatment, heat treatment, and balancing based on your application's unique specifications.

Q: What quality standards does the Industrial Machine Shaft meet?

A: This shaft maintains industrial-grade standards such as high tensile strength (up to 900 MPa), tight straightness (0.02 mm per meter), roundness (0.01 mm), and surface finish (Ra 0.8 m or better) for exceptional performance and endurance.

Q: When should I opt for dynamic balancing as an option?

A: Dynamic balancing is recommended when the shaft will be used in high-speed or high-precision machinery to minimize vibrations and enhance operational smoothness, extending equipment life in sensitive environments.

Q: Where is the Industrial Machine Shaft particularly beneficial?

A: The shaft excels in gearboxes, heavy industrial machinery, automotive transmissions, and automation lines, delivering durability, accuracy, and consistent reliability in high-demand setups.

Q: What is the process involved in manufacturing this shaft?

A: Manufacturing involves CNC turning, precision grinding, and gear cutting, followed by heat treatment like induction hardening or nitriding, then final balancing and anti-corrosive or customized coating for peak performance.

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