Non-Threaded, Tandem-Type Shaft Retainers consist of strips or coils of standard rectangular Push-On Speed Nut fasteners partially sheared between each one for quick separation. With a fastener always at the fingertips, assembly time is drastically reduced. No fumbling or selecting loose, single fasteners. No waste either - each Push-On Shaft Retainer is separated after it is attached to the stud.
Unit of Measure
Items
Non-Threaded Tandem-Type Shaft Retainers

0.340 Inch (in) Width Non-Threaded Tandem-Type Shaft Retainer

Non-Threaded Tandem-Type Shaft Retainers

0.340 Inch (in) Width Non-Threaded Tandem-Type Shaft Retainer

Non-Threaded Tandem-Type Shaft Retainers

0.340 Inch (in) Width Non-Threaded Tandem-Type Shaft Retainer

Non-Threaded Tandem-Type Shaft Retainers

0.340 Inch (in) Width Non-Threaded Tandem-Type Shaft Retainer

Non-Threaded Tandem-Type Shaft Retainers

0.230 Inch (in) Width Non-Threaded Tandem-Type Shaft Retainer
Description N/A Non-Threaded, Tandem-Type Shaft Retainers consist of strips or coils of standard rectangular Push-On Speed Nut fasteners partially sheared between each one for quick separation. With a fastener always at the fingertips, assembly time is drastically reduced. No fumbling or selecting loose, single fasteners. No waste either - each Push-On Shaft Retainer is separated after it is attached to the stud.
Material Thickness (Decimal) N/A 0.017 in N/A 0.012 in N/A 0.017 in N/A 0.012 in N/A 0.014 in
Width N/A 0.34 in N/A 0.34 in N/A 0.34 in N/A 0.34 in N/A 0.230 in
Length N/A 0.440 in N/A 0.440 in N/A 0.440 in N/A 0.440 in N/A 0.420 in
Design Variation N/A Standard
Number of Retainers N/A 15 N/A 15 N/A 15 N/A 15 N/A 50
Per Strip coil N/A Special N/A Special N/A Special N/A Special N/A Coil
Stud Diameter N/A 0.082 in0.092 in N/A 0.085 in0.095 in N/A 0.088 in0.098 in N/A 0.088 in0.098 in N/A 0.089 in0.093 in
Features and Benefits N/A Simply zip down on the stud and snap it off! Tandem-Type Shaft Retainers are ideally suited for high-speed or automated assembly where numerous fastening locations occur on a single assembly.
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