Self-clinching studs, thin sheet are a type of stud that is designed to be installed in thin sheet metal. The stud has a small, tapered head that allows it to be crimped into a hole that is smaller than the diameter of the stud. This makes it possible to install the stud without distorting or damaging the sheet metal. Self-clinching studs, thin sheet are typically made of steel or stainless steel and are available in a variety of sizes and finishes.
Unit of Measure

Item Description

Captive TFH-632-10ZI Stud, Non-Flush Head, Steel, Finish: Zinc, 6-32 x 0.625

Product Major Category

Fasteners (Self Clinching)

Measurement

Unified

Search Measurement

Unified

Thread Size

6-32

B

0.203 ±0.015

Material

Steel

Search Material

Steel

Search Material - Sub

Steel, Heat Treated

Finish

Zinc

Length

5/8

Product Category ID

PRODUCTS-FASTENERS-CLINCHFASTENER-STUDSANDPINS

A

0.025 -0.005

Product Minor Category

Studs - Clinch & Pins

Sheet Min

0.02

Hole Diameter

0.137 +0.003

CL to Edge

0.25

Max Nut Tightening Torque

9in-lbs

025in Steel Sheet Hardness

52

025in Steel Installation Force

2500 tons

025in Steel Push Out

105 lbs

025in Steel Torque Out

15.8 in-lbs

020in Aluminum Sheet Hardness

28 HRB

020in Aluminum Installation Force

2100 tons

020in Aluminum Push Out

45 lbs

020in Aluminum Torque Out

7.9 in-lbs

Units and Tolerances

Specific units and tolerances are not displayed, but may be applicable for this product. For more information please call us or contact customer service.

CR Similar to Brand Pem

TFH-632-10ZI

Product Selector

Stud / Heat Treated Steel , Thin Metal

Product Guide

Self-Clinching Studs, Thin Sheet Guide

About OneMonroe

VMI - Custom Manufacturing, Technical Guides - Quality - Company Overview

Item Notes

Product image(s) are representational. Please see manufacturer specification or contact a Sales Engineer for more information. Prop 65 Warning: This product may contain chemicals known to the State of California to cause cancer, and birth defects or other reproductive harm.