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AF 20 6 28 Flexible Shaft Coupling

AF 20 6 28 Flexible Shaft Coupling

750 INR/Piece

Product Details:

  • Color Silver
  • Usage Industrial
  • Size 2 inch
  • Material Aluminum
  • Surface Treatment Anodization
  • Shape Round
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AF 20 6 28 Flexible Shaft Coupling Price And Quantity

  • 10 Piece
  • 750 INR/Piece

AF 20 6 28 Flexible Shaft Coupling Product Specifications

  • 2 inch
  • Silver
  • Industrial
  • Anodization
  • Aluminum
  • Round

AF 20 6 28 Flexible Shaft Coupling Trade Information

  • Cash in Advance (CID)
  • 100 Piece Per Month
  • 5-7 Days
  • All India

Product Description



The AF 20 6 28 Flexible Shaft Coupling is a high-quality industrial component made of durable aluminum material. It has a 2 inch round shape and a sleek silver anodized surface treatment, making it suitable for various industrial applications. This flexible shaft coupling is designed to transmit torque from one shaft to another while allowing for a degree of misalignment or end movement between them. Its flexibility helps to reduce vibration and shock, resulting in smoother operation and longer equipment life. With its excellent performance and reliability, the AF 20 6 28 Flexible Shaft Coupling is a must-have for any industrial setting.

FAQs of AF 20 6 28 Flexible Shaft Coupling:


Q: What is the material of AF 20 6 28 Flexible Shaft Coupling?

A: The AF 20 6 28 Flexible Shaft Coupling is made of aluminum material.

Q: What is the surface treatment of AF 20 6 28 Flexible Shaft Coupling?

A: The AF 20 6 28 Flexible Shaft Coupling has an anodized silver surface treatment.

Q: What is the usage of AF 20 6 28 Flexible Shaft Coupling?

A: The AF 20 6 28 Flexible Shaft Coupling is used in various industrial applications.

Q: What is the size and shape of AF 20 6 28 Flexible Shaft Coupling?

A: The AF 20 6 28 Flexible Shaft Coupling has a round shape and a size of 2 inches.

Q: How does AF 20 6 28 Flexible Shaft Coupling work?

A: The AF 20 6 28 Flexible Shaft Coupling transmits torque from one shaft to another while allowing for a degree of misalignment or end movement between them, resulting in reduced vibration and smoother operation.

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