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Spiral Bellow Couplings

Spiral Bellow Couplings

250 INR/Piece

Product Details:

  • Resistance Corrosion resistant stainless steel or aluminum alloy
  • Output Torque Transmission
  • Theory Mechanical Compensation
  • Type Flexible Shaft Coupling
  • Accuracy High precision, up to 0.01 mm axial/radial error compensation
  • Operating Voltage N/A (Mechanical component)
  • Output Voltage N/A (Mechanical component)
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Spiral Bellow Couplings Price

  • 1 Piece
  • 250 INR/Piece

Spiral Bellow Couplings Specification

  • Flexible Shaft Coupling
  • Corrosion resistant stainless steel or aluminum alloy
  • N/A (Mechanical component)
  • Torque Transmission
  • High precision, up to 0.01 mm axial/radial error compensation
  • -10C to +70C
  • -10C to +70C
  • -20C to +80C
  • Mechanical Compensation
  • N/A (Mechanical component)

Spiral Bellow Couplings Trade Information

  • 5 Piece Per Day
  • 1-7 Days

Product Description

Spiral bellow couplings, otherwise called helical pillar couplings or spring couplings, are mechanical gadgets used to associate two shafts or parts in hardware and gear. They are intended to communicate force and rotational movement while making up for misalignment and obliging pivotal, outspread, and precise relocations.


FAQs of Spiral Bellow Couplings:

Q: What is a spiral bellow coupling?

A: A spiral bellow coupling is an adaptable, helically wound coupling made of metal or different materials. It comprises of two spiral-molded, adaptable bellows associated with center points at each end. These couplings are utilized to interface two shafts and communicate force while obliging misalignment.


Q: What kinds of utilizations are spiral bellow couplings usually utilized ready?

A: Spiral bellow couplings are utilized in many utilization, including mechanical technology, colonization, accuracy hardware, clinical gear, bundling apparatus, and semiconductor fabricating, among others. They are reasonable for applications where misalignment pay and vibration damping are fundamental.


Q: How in all actuality do spiral bellow couplings oblige misalignment?

A: Spiral bellow couplings oblige misalignment because of their helical plan. At the point when the associated shafts are skewed, the helical bellows turn or pack to consider rakish, equal, or hub development without causing unnecessary weight on the shafts or course.


Q: Are there various kinds of spiral bellow couplings?

A: Indeed, spiral bellow couplings come in different plans, materials, and sizes to suit various applications. A few normal varieties incorporate single bellow and twofold bellow couplings, as well as varieties in material like hardened steel, aluminum, or plastic.


Q: How are spiral bellow couplings introduced and kept up with?

A: Spiral bellow couplings are commonly introduced by interfacing the center points to the shafts utilizing set screws or clipping instruments. Customary upkeep incorporates visual examinations for indications of wear, harm, or misalignment. Oil may likewise be expected for certain models to guarantee smooth activity.

Technical Details



Precision Engineering for Diverse Applications

Spiral Bellow Couplings deliver precision torque transmission, ensuring exact movements for stepper motors, encoder shafts, and CNC machinery. Their high resistance to vibration and misalignment compensation enable reliable performance, even under demanding operating conditions. The couplings allow for slight errors in alignment, safeguarding the integrity of sensitive systems.


Superior Material and Finish Options

Choose between anodized aluminum alloy or polished stainless steel based on your system's needs. Both materials provide robust corrosion resistance, enhancing durability, especially in challenging industrial environments. The surface finishes also promote easy maintenance, ensuring longevity and optimal performance throughout the coupling's lifecycle.


Flexible Design for High-Speed Operations

These couplings are engineered to support speeds up to 12,000 RPM and torque loads up to 25 Nm, making them suitable for fast, precise industrial processes. Their mechanical compensation design enables high torsional stiffness while absorbing vibrations, protecting connected equipment and maintaining operational accuracy.

FAQ's of Spiral Bellow Couplings:


Q: How do Spiral Bellow Couplings compensate for shaft misalignment in industrial machinery?

A: Spiral Bellow Couplings are designed to handle axial, radial, and angular misalignments, minimizing stress on connected shafts and protecting machinery from excessive vibration. Their flexible structure absorbs misalignment while maintaining high precision in torque transmission.

Q: What materials are available for Spiral Bellow Couplings, and how do they benefit my application?

A: These couplings are available in corrosion-resistant anodized aluminum alloy and polished stainless steel. Aluminum alloy provides lightweight strength for general applications, while stainless steel offers enhanced durability for environments with high moisture or corrosive conditions.

Q: When should I use Spiral Bellow Couplings in my systems?

A: Spiral Bellow Couplings are ideal for scenarios requiring high-precision torque transmission, vibration resistance, and misalignment compensation-such as in servo motors, stepper motors, CNC machinery, and encoder shaft coupling.

Q: Where can I apply Spiral Bellow Couplings for optimal performance?

A: You can install these couplings in automation systems, robotics, CNC machines, and any setup where accurate shaft alignment and high-speed performance are critical to avoid mechanical breakdowns and maintain operational accuracy.

Q: What is the process of selecting the correct Spiral Bellow Coupling model?

A: Selection depends on shaft diameter, torque capacity needs, speed requirements, and environmental factors. Review your machinery's bore size (3-25 mm), torque demand (up to 25 Nm), and material compatibility-aluminum or stainless steel-to ensure the chosen coupling matches your operational parameters.

Q: How does using Spiral Bellow Couplings enhance equipment longevity and accuracy?

A: Their precise alignment compensation and vibration resistance prevent premature wear in connected components, reducing maintenance intervals. The couplings' high precision (up to 0.01 mm error compensation) ensures consistent, reliable performance, supporting longer equipment life.

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