RAF Electronic Hardware

M0154-SS - M6 x 1 Stainless Steel Knurled Low Profile Head Captive Screw / Assembly

Configurable Knurled Low Profile head Slotted Stainless Steel captive screws with M6 x 1 threads.

Download CAD
Unit System
Specs (in metric)
Label Value
Assembly Configurable
Brand RAF
Display Name M0154-SS
Drive Type Slotted
End Type Lead Point
Finish None
Head Diameter 14.5 mm
Head Height 6.5 mm
Length L 36.5 mm
Material Stainless Steel
SKU M0154-SS
Screw Head Type Knurled Low Profile
Shaft Diameter 4.5 mm
Shaft Length 27 mm
Shaft Length - Threaded 9.5 mm
Slot Depth 2.5 mm
Slot Width 1.5 mm
Thread Size M6 x 1
Introducing the M0154-SS Captive Screws, the perfect solution for secure fastening in various applications. Crafted from high-quality stainless steel, these captive screws are designed for durability and reliability.

The sleek stainless steel material not only ensures longevity but also provides excellent corrosion resistance, making these screws ideal for both indoor and outdoor use. The absence of a finish gives a clean, industrial look suitable for a wide range of equipment and machinery.

These captive screws are engineered to simplify installation and maintenance processes. The captive design prevents the screws from becoming lost or misplaced during disassembly, making them extremely convenient for frequent adjustments or repairs.

The M0154-SS Captive Screws are versatile and can be used in multiple industries such as electronics, aerospace, automotive, and more. Their sturdy construction and secure fastening capabilities make them essential components for ensuring the integrity and safety of your equipment.

Whether you need to secure panels, covers, or other components, these stainless steel captive screws provide a reliable and efficient solution. Trust the M0154-SS Captive Screws to meet your fastening needs with precision and durability. Upgrade your equipment with these premium captive screws for a secure and professional finish.

You May Also Like

Related Resources

View More Resources