RAF Electronic Hardware

0680-S - 10-32 Steel Knurled Low Profile w/ Collar Head Captive Screw / Assembly

Configurable Knurled Low Profile w/ Collar head Slotted Steel captive screws with 10-32 threads.

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Unit System
Specs (in standard)
Label Value
Assembly Configurable
Brand RAF
Display Name 0680-S
Drive Type Slotted
End Type Lead Point
Finish None
Head Diameter 0.5 in
Head Height 0.1875 in
Length L 0.5 in
Material Steel
SKU 0680-S
Screw Head Type Knurled Low Profile w/ Collar
Shaft Diameter 0.13 in
Shaft Length 0.125 in
Shaft Length - Threaded 0.25 in
Slot Depth 0.0938 in
Slot Width 0.0625 in
Thread Size 10-32
Introducing the 0680-S Captive Screws, the perfect solution for applications requiring secure and easy access to fastening hardware. These captive screws, crafted from durable steel, offer reliability and strength for various industrial and commercial uses.

The 0680-S Captive Screws are designed with precision and built to last, thanks to their high-quality steel material. This robust construction ensures longevity and resilience, making them ideal for environments that demand dependable hardware solutions. These steel captive screws feature a sleek appearance that adds a professional touch to your equipment.

The innovative design of the 0680-S Captive Screws allows for quick and effortless installation, saving you time and effort. Whether you are securing panels, covers, or components, these captive screws offer a secure fastening solution that guarantees peace of mind.

These versatile captive screws are a valuable addition to any toolbox or workshop, offering a reliable and efficient fastening method for various projects. Their steel construction ensures that they can withstand tough conditions, making them suitable for a wide range of applications.

Overall, the 0680-S Captive Screws combine durability, functionality, and ease of use, making them a must-have for engineers, technicians, and manufacturers alike. Upgrade your fastening solutions with these premium steel captive screws and experience the difference in quality and performance.

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