Cardan Shaft

Get a Price/Quote

MOQ : 10 Pieces

Cardan Shaft Specification

Type
Cardan Shaft

Material
Alloy Steel

Capacity
High torque transmission

Computerized
No

Automatic Grade
Manual

Size
As per requirement

Width
Customizable

Weight
Varies with specification

Dimension (L*W*H)
Custom as per application

Application
Used in industrial machines, rolling mills, paper machines, textile machines

Features
High speed, high torque, easy installation, maintenance free

Max RPM
Up to 6000 RPM

Joint Type
Universal joints

Shaft Diameters Available
From 40 mm to 400 mm

OEM Service
Available

Corrosion Resistance
Yes

Surface Treatment
Phosphated and powder coated

Operating Temperature
-20C to +80C

Model Number
Custom order

Cardan Shaft Trade Information

Minimum Order Quantity
10 Pieces

Supply Ability
1 Piece Per Day

Delivery Time
1 Days

About Cardan Shaft

With valuable assistance of well-experienced and dedicated team members, we are keenly engrossed in bringing forth the best-in-grade Cardan Shaft. The shaft that we present is most widely utilized as an element of mechanical power transmission in a variety of heavy industrial machines like Paper Machines, Pumps, Marine drives, etc. The Cardan Shaft is well fabricated from top-of-the-line metal and coating material with leading-edge casting technique under the guidance of adept professionals that ensures it high durability, ideal dimension, and low maintenance cost.

Superior Performance Across Industries

Designed for demanding applications, our Cardan Shafts deliver high torque transmission and stand up to rigorous use in rolling mills, paper machines, and textile manufacturing. Their wide operating temperature range and top-tier corrosion resistance make them reliable for heavy-duty industrial environments.

Precision Engineering and Flexibility

Each shaft can be fully customized to your specific requirementswhether related to size, capacity, or unique installation constraints. Extensive surface treatments extend product longevity, and the universal joint design ensures smooth and durable operation at speeds up to 6000 RPM.

FAQs of Cardan Shaft:

Q: How is the installation process for your Cardan Shaft designed to be user-friendly?

A: Our Cardan Shaft is engineered for straightforward installation, allowing for quick setup with minimal downtime. The universal joint design eases alignment and connection, making it suitable for retrofit or new machine setups without complex procedures.

Q: What advantages does the high-speed and high-torque capability offer for industrial applications?

A: The shafts capability to handle high speeds up to 6000 RPM and transmit large amounts of torque provides efficient power transmission in demanding industrial machinery, resulting in improved productivity and reduced operational strain.

Q: When is maintenance required for these Cardan Shafts?

A: These Cardan Shafts are designed to be largely maintenance-free, thanks to sealed universal joints and robust surface treatments. Regular visual inspection is advised, but routine servicing is significantly minimized compared to conventional shafts.

Q: What customization options are available for Cardan Shaft dimensions?

A: We offer a broad range of shaft diameters from 40 mm to 400 mm, with further options for customizing length, width, and overall dimensions according to specific application requirements. OEM designs and bespoke configurations are also supported.

Q: Where are these Cardan Shafts most effectively used?

A: Our shafts excel in heavy-duty industrial settings such as rolling mills, paper manufacturing, and textile production machinery, where high-load, high-speed power transmission is crucial.

Q: How does the surface treatment enhance shaft durability?

A: Each Cardan Shaft undergoes phosphating and powder coating, providing robust corrosion resistance and extending product lifespan in harsh and moist industrial environments.

Q: What are the benefits of choosing a manual, non-computerized Cardan Shaft?

A: Manual, non-computerized Cardan Shafts offer reliability, simplicity, and easy maintenance, reducing the risk of electronic failures and ensuring performance stability in challenging operational conditions.

Tell us about your requirement