53709 -- PRESS FIT BALL PLUNGER - STAINLESS STEEL BODY, STAINLESS STEEL BALL: 0.188 BODY DIA. X END FORCE: 1.0 INITIAL X 2.5 FINAL
Te-Co, Inc.Press Fit Ball Plunger - Stainless Steel Body, Stainless Steel Ball: 0.188 Body Dia. x End Force: 1.0 Initial x 2.5 Final53709
Description
Product Information
Material:
Steel Body: 12L14 Steel
Stainless Steel Body: 303 Stainless Steel
Ball:440 Stainless Steel
Black Oxide Finish - Steel Only
Ideal for installation in softer materials, such as aluminum, wood or plastic
Sturdy shoulder provides a fixed seating position and positively resists detent force (installation hole can be counterbored to recess the shoulder)
Use when a threaded hole would be impractical
Press Fit Ball Plunger - Stainless Steel Body, Stainless Steel Ball: 0.188 Body Dia. x End Force: 1.0 Initial x 2.5 Final
53709
Press Fit Ball Plunger - Stainless Steel Body, Stainless Steel Ball: 0.188 Body Dia. x End Force: 1.0 Initial x 2.5 Final
53709
Product Information
Material:
Steel Body: 12L14 Steel
Stainless Steel Body: 303 Stainless Steel
Ball:440 Stainless Steel
Black Oxide Finish - Steel Only
Ideal for installation in softer materials, such as aluminum, wood or plastic
Sturdy shoulder provides a fixed seating position and positively resists detent force (installation hole can be counterbored to recess the shoulder)
Use when a threaded hole would be impractical
Product Information
Material:
Steel Body: 12L14 Steel
Stainless Steel Body: 303 Stainless Steel
Ball:440 Stainless Steel
Black Oxide Finish - Steel Only
Ideal for installation in softer materials, such as aluminum, wood or plastic
Sturdy shoulder provides a fixed seating position and positively resists detent force (installation hole can be counterbored to recess the shoulder)
Use when a threaded hole would be impractical
Supplier's Site
Technical Specifications
Te-Co, Inc.
Product Category
Ball and Spring Plungers
Product Number
53709
Product Name
Press Fit Ball Plunger - Stainless Steel Body, Stainless Steel Ball: 0.188 Body Dia. x End Force: 1.0 Initial x 2.5 Final