Driving Studs

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MOQ : 100 Pieces

Driving Studs Specification

Strength
High mechanical strength suitable for fastening

Life Span
More than 10 years under normal conditions

Purity
Applicable for metal content; above 98% pure base metal

Product Type
Driving Studs

Material
Mild Steel, Stainless Steel or as specified

Application
Construction, machinery, electrical panels, sheet metal works

Function
To fasten components or parts by driving them into a material securely

Shape
Cylindrical with flanged or flat head

Surface Treating
Zinc plated or galvanized

Color
Metallic silver or customized

Temperature Resistance
Upto 350C depending on material

Customization
Available as per drawing or sample

Finishing
Smooth, burr-free finish

Hardness
45-60 HRC for treated studs

Head Type
Flat, round, or customized head as per order

Thread Type
Plain or threaded (on request)

Packing Type
Bulk in cartons, bags or as specified

Corrosion Resistance
High, due to protective coating

Driving Studs Trade Information

Minimum Order Quantity
100 Pieces

Payment Terms
Cash in Advance (CID)

Supply Ability
1000 Pieces Per Month

Delivery Time
7 Days

Main Domestic Market
All India

About Driving Studs

Material: High Tensile Steel with a socket-head cap screw

Description	L mm	Head Dia. mm
16 mm Driving Stud 5/8 inch	54	22
20 mm Driving Stud 3/8 inch	62	25

Experience the phenomenal performance of our exclusive Driving Studs-available in flat, round, or fully customized heads for a top-tier fastening solution. Highlighted for their redoubtable strength and smooth, burr-free finish, these studs feature high corrosion resistance due to an advanced protective coating. With multiple thread types and precise tolerances, they deliver secure fastening for construction, machinery, and electrical panels. Available in mild or stainless steel, their outstanding hardness and exceptional mechanical properties ensure reliability, a lifespan exceeding ten years, and purity surpassing 98%.

Versatile Applications and Distinct Advantages

Driving Studs offer unparalleled adaptability, making them ideal for sheet metal works, machinery assembly, electrical panels, and various construction tasks. Their high strength and superb temperature resistance suit demanding projects. Customization as per drawing or sample allows compatibility with a range of components across industries. The studs' corrosion-resistant, zinc-plated finish ensures long-term reliability. Leveraged for their easy installation and secure fastening, these highlighted features deliver an exclusive edge in efficiency and durability for any application.

Leading Export Markets and Delivery Details

Our Driving Studs command excellent market value worldwide. With a redoubtable presence in the Asia-Pacific, Middle East, Africa, and Europe export markets, we meet various international demands. Efficient delivery is managed via top-tier FOB ports in India, ensuring smooth shipment. Our supply ability is robust, catering to both large-scale and custom orders with commitment to timelines. Export buyers benefit from consistently high quality and flexibility, reinforcing our reputation as a trusted manufacturer, supplier, and trader globally.

FAQ's of Driving Studs:

Q: How can I customize the Driving Studs according to my project requirements?

A: You can provide your specific drawings or samples, and we will manufacture the Driving Studs with the required head type, thread, dimensions, material, and finish to suit your exact needs.

Q: What makes these Driving Studs highly corrosion-resistant?

A: The studs feature either a zinc-plated or galvanized protective coating, which significantly enhances their resistance to corrosion, making them suitable for harsh and demanding environments.

Q: When can I expect delivery after placing an export order?

A: Delivery timelines depend on the order volume and customization, but we strive for prompt dispatch from our designated Indian FOB ports, ensuring reliable and timely shipment to all our major export markets.

Q: Where are these Driving Studs typically used?

A: They find applications in construction, machinery, sheet metal works, and electrical panels, thanks to their top-tier strength and customizable features.

Q: What is the process involved in manufacturing these studs?

A: Each stud undergoes precision machining, hardening to achieve specified HRC, surface treatment for corrosion protection, and thorough quality checks before being packed in bulk or as specified by the buyer.

Q: How does the high mechanical strength of the studs provide an advantage?

A: Their superior mechanical strength allows them to securely fasten components even under high load, temperature, and rigorous working environments, enhancing safety and operational reliability.

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