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C938AST - 10-24 Aluminum Pusher Long Head Captive Screw / Assembly
Configurable Pusher Long head None Aluminum captive screws with 10-24 threads.

Label | Value |
---|---|
Assembly | Configurable |
Brand | Accurate Screw |
Display Name | C938AST |
Drive Type | None |
End Type | Soft Touch |
Finish | None |
Head Diameter | 0.3125 in |
Head Height | 0.125 in |
Length L | 0.875 in |
Material | Brass |
SKU | C938AST |
Screw Head Type | Knurled Low Profile w/ Collar |
Shaft Diameter | 0.095 in |
Shaft Length - Threaded | 0.1875 in |
Slot Depth | 0.0625 in |
Slot Width | 0.0469 in |
Thread Size | 6-32 |
Label | Value |
---|---|
Assembly | Configurable |
Brand | Accurate Screw |
Display Name | C938AST |
Drive Type | None |
End Type | Soft Touch |
Finish | None |
Head Diameter | 7.94 mm |
Head Height | 3.18 mm |
Length L | 22.23 mm |
Material | Brass |
SKU | C938AST |
Screw Head Type | Knurled Low Profile w/ Collar |
Shaft Diameter | 2.41 mm |
Shaft Length - Threaded | 4.76 mm |
Slot Depth | 1.59 mm |
Slot Width | 1.19 mm |
Thread Size | 6-32 |
Introducing the C938AST Captive Screws, a top-tier solution for securely fastening components in place with ease and reliability. Crafted from high-quality aluminum, these screws boast exceptional durability and corrosion resistance, ensuring longevity and performance in various environments.
The C938AST Captive Screws feature a sleek finish that enhances their aesthetics while also providing added protection against wear and tear. With their precise engineering and premium material construction, these screws deliver a secure and stable hold, making them ideal for applications where vibration or movement is a concern.
Designed for convenience and efficiency, the captive feature of these screws eliminates the risk of losing or misplacing fasteners during assembly or disassembly. This time-saving attribute streamlines maintenance tasks and reduces the chance of damage to delicate components.
Whether used in industrial machinery, electronic equipment, or other critical systems, the C938AST Captive Screws offer a reliable solution for securing panels, covers, and other parts. Their lightweight yet robust aluminum construction makes them versatile for a wide range of applications, where strength and weight considerations are key.
In conclusion, the C938AST Captive Screws stand out as the go-to choice for professionals seeking top-quality fastening solutions. Their premium aluminum material, durable finish, and innovative captive design make them a must-have for any engineering project that demands precision and reliability. Elevate your assembly processes with the C938AST Captive Screws and experience the difference in performance and efficiency.
The C938AST Captive Screws feature a sleek finish that enhances their aesthetics while also providing added protection against wear and tear. With their precise engineering and premium material construction, these screws deliver a secure and stable hold, making them ideal for applications where vibration or movement is a concern.
Designed for convenience and efficiency, the captive feature of these screws eliminates the risk of losing or misplacing fasteners during assembly or disassembly. This time-saving attribute streamlines maintenance tasks and reduces the chance of damage to delicate components.
Whether used in industrial machinery, electronic equipment, or other critical systems, the C938AST Captive Screws offer a reliable solution for securing panels, covers, and other parts. Their lightweight yet robust aluminum construction makes them versatile for a wide range of applications, where strength and weight considerations are key.
In conclusion, the C938AST Captive Screws stand out as the go-to choice for professionals seeking top-quality fastening solutions. Their premium aluminum material, durable finish, and innovative captive design make them a must-have for any engineering project that demands precision and reliability. Elevate your assembly processes with the C938AST Captive Screws and experience the difference in performance and efficiency.