SS304 Clinch Stud

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SS304 Clinch Stud Specification

Thread Type
Metric Thread

Shape
Cylindrical

Head Type
Flat Head

Finish
Bright

Tensile Strength
700 MPa

Capacity
High load bearing

Diameter
M3 to M8

Torque
As per standard

Feature
Self-clinching

Standard
DIN/ISO

Thickness
For 1.5mm+ sheets

Hardness
HV 220 min

Load Capacity
Dependent on size

Surface Treatment
Passivated

Grade
SS304

Corrosion Resistant
Yes

Fasteners Type
Clinch Stud

Material
Stainless Steel 304

Tolerance
+/- 0.05 mm

Application
Sheet metal fastening

Size Range
M3 to M8

Vibration Resistant
Yes

Installation
Press fit

Flange Type
Knurled base

No Pre-drilling
Required

Threaded Portion
Full length

Reusable
Yes

Magnetic
Non-magnetic

Length
6 mm to 50 mm

RoHS Compliant
Yes

SS304 Clinch Stud About

Purchase the dazzling SS304 Clinch Stud, designed for masterful sheet metal fastening. Available in a ravishing size range from M3 to M8 and lengths between 6 mm to 50 mm, this stud offers high load-bearing capacity and exceptional corrosion resistance. Enjoy hassle-free installation as no pre-drilling is required-just press fit! Boasting a bright, passivated finish and a knurled flange base for vibration resistance, its non-magnetic, RoHS compliant, flat-head design ensures durability and reusability. Grab yours at a special rate from leading distributors, manufacturers, suppliers, and traders across India!

Application Excellence of SS304 Clinch Studs

SS304 Clinch Studs are expertly engineered for self-clinching onto sheet metals with a minimum thickness of 1.5mm. Their primary application method involves a straightforward press-fit installation into the desired sheet metal, eliminating the need for pre-drilling. These cylindrical, flat-head fasteners best serve in industrial units, machinery assemblies, and electrical panels where reliable high-strength fastening is needed. They adhere perfectly to stainless steel or coated surfaces, ensuring strong, permanent bonds in fabrication and construction sectors.

Payment, Supply, and Sampling Details

We ensure seamless arrival and handover of your SS304 Clinch Stud orders with streamlined payment options, including advance and upon delivery. Our robust supply ability guarantees regular stock to meet bulk and urgent requirements, ensuring on-time drop-off anywhere in India. We provide sample policies for evaluation or trial use prior to bulk commitment, helping you assess fit and function for your specific needs and projects with confidence.

FAQ's of SS304 Clinch Stud:

Q: How is the SS304 Clinch Stud installed in sheet metal?

A: The SS304 Clinch Stud is installed using a simple press-fit method-just press the stud into a pre-punched hole on the sheet metal without pre-drilling, ensuring a secure, vibration-resistant fit.

Q: What areas of application are suitable for these clinch studs?

A: These clinch studs are ideal for sheet metal work in industries such as automotive, electrical panels, machinery assemblies, construction, and fabrication projects requiring robust, permanent fastening solutions.

Q: When should I choose a knurled base flange type clinch stud?

A: Opt for a knurled base flange clinch stud when you require enhanced torque resistance and a superior grip within the sheet metal, especially in applications where vibration resistance is crucial.

Q: Where are your SS304 Clinch Studs sourced and supplied from?

A: We distribute, manufacture, supply, and trade SS304 Clinch Studs across India, ensuring high-quality products that comply with DIN/ISO standards and RoHS requirements.

Q: What is the benefit of selecting a RoHS compliant, passivated SS304 Clinch Stud?

A: Choosing a RoHS compliant, passivated SS304 Clinch Stud grants you superior corrosion resistance, environmentally friendly components, and prolonged service life, especially vital for demanding industrial settings.

Q: How reusable is this clinch stud after installation?

A: The SS304 Clinch Stud is designed for reusability, meaning it can be removed and refitted as long as the sheet metal and threads remain undamaged, maintaining its performance for repeated applications.

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