Garter Springs

Name: Garter Springs
Brand: KWALITY COIL PRODUCTS (P) LTD
Price: 80 INR
Availability: InStock

Price 80 INR/ Pack

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MOQ : 100 Packs

Garter Springs Specification

Capacity
High elastic endurance for sealing and power transmission Kg

Style
Helical, endless loop (garter type)

Load Type
Radial Compression & Extension

Material
Carbon Steel, Stainless Steel

Wire Diameter
0.25 mm to 1.5 mm Millimeter (mm)

Surface Finish
Polished / Zinc Plated / Epoxy Coated

Fatigue Test
Passed 1,000,000+ cycles

Garter Springs Trade Information

Minimum Order Quantity
100 Packs

FOB Port
yes

Payment Terms
Cash in Advance (CID), Cash Advance (CA)

Supply Ability
1000 Packs Per Day

Delivery Time
7 Days

Sample Policy
Free samples are available

Main Export Market(s)
Western Europe, Eastern Europe

Main Domestic Market
All India

About Garter Springs

We are one of the noted manufacturers and distributors of Garter Springs which are used in various industrial purposes. These are known for their dimensional accuracy, rugged design, high tensile strength and corrosion resistance. The Garter Springs are user friendly and are appreciated for their longer working life if maintained properly. These are available to our precious clients at a cost effective price range.

High Elastic Endurance and Versatility

Garter springs are specially engineered for sealing and drive applications that demand durability and flexibility. Their endless loop, helical form accommodates radial compression and extension, perfect for environments needing consistent tension or pressure across cycles. The selection of robust materials, combined with passing over a million fatigue cycles, ensures these springs can handle the most demanding operational conditions.

Premium Materials and Finishes

Our springs are manufactured using high-quality carbon steel and stainless steel, providing excellent strength and corrosion resistance. With a choice of polished, zinc plated, or epoxy coated finishes, the springs are suitable for a wide range of environmentsincluding those requiring enhanced aesthetic appeal or protection against harsh chemicals.

FAQs of Garter Springs:

Q: How are garter springs installed in sealing and power transmission applications?

A: Garter springs are typically stretched over shafts or fitted within grooves, providing a continuous, uniform force for sealing or driving components. Their endless loop design ensures stable tension and secure placement during operation.

Q: What is the manufacturing process for these garter springs?

A: The springs are precisely coiled into a helical, endless loop shape from carbon steel or stainless steel wires, followed by joining the ends with a connector. They are then surface-finished with polished, zinc plating, or epoxy coating to enhance durability and appearance.

Q: When should I use garter springs with radial compression and extension capabilities?

A: Garter springs are most effective in applications that require uniform radial force, such as sealing rotary shafts, holding components together, or transferring power in mechanical drives. Their robust design and fatigue resistance make them suitable for high-cycle environments.

Q: Where are these garter springs commonly utilized?

A: These springs are widely used in automotive, industrial, and electrical equipment, especially where reliable sealing and long-lasting power transmission are crucial. Their high elasticity suits both static and dynamic assemblies.

Q: What are the benefits of choosing polished, zinc plated, or epoxy coated garter springs?

A: Each surface finish offers specific advantages: polished finishes enhance aesthetics and reduce friction; zinc plating adds strong corrosion resistance; and epoxy coatings provide chemical and wear protection, extending spring life in harsh conditions.

Q: How does the fatigue test ensure reliability of the garter springs?

A: Every spring is tested to withstand over 1,000,000 cycles, demonstrating exceptional resistance to fatigue failure. This guarantees reliable, long-term performance even under demanding repetitive loads.

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