Configurable Pusher Long head Slotted Aluminum captive screws with 8-32 threads.
Label | Value |
---|---|
Assembly | Configurable |
Brand | Accurate Screw |
Display Name | C931ASDS |
Drive Type | Slotted |
End Type | Standard |
Finish | None |
Head Diameter | 0.1875 in |
Head Height | 0.375 in |
Length | 1.875 in |
Length L | 1.5 in |
Material | Aluminum |
Model Number | C931 |
SKU | C931ASDS |
Screw Head Type | Pusher Long |
Shaft Diameter | 0.12 in |
Shaft Length - Threaded | 0.75 in |
Thread Size | 8-32 |
Label | Value |
---|---|
Assembly | Configurable |
Brand | Accurate Screw |
Display Name | C931ASDS |
Drive Type | Slotted |
End Type | Standard |
Finish | None |
Head Diameter | 4.76 mm |
Head Height | 9.53 mm |
Length | 47.63 mm |
Length L | 38.1 mm |
Material | Aluminum |
Model Number | C931 |
SKU | C931ASDS |
Screw Head Type | Pusher Long |
Shaft Diameter | 3.05 mm |
Shaft Length - Threaded | 19.05 mm |
Thread Size | 8-32 |
Introducing the C931ASDS Aluminum Captive Screws - a top-tier solution for securing components in place with ease and precision. Crafted from high-grade aluminum, these captive screws combine durability with lightweight properties, making them ideal for various industrial and mechanical applications.
The sleek finish of these aluminum captive screws exudes a professional look while also offering corrosion resistance, ensuring longevity and reliability in diverse environments. The versatile design of the C931ASDS allows for easy installation and removal, providing convenience during assembly and maintenance tasks.
Equipped with a secure captive feature, these screws eliminate the risk of misplacement or loss, making them an efficient choice for securing panels, covers, and other components. The captive design ensures that the screws remain attached to the parent material when unfastened, preventing any disarray and streamlining operations.
The aluminum material not only offers strength and resilience but also minimizes overall weight, making the C931ASDS an excellent choice for applications where weight is a critical factor. Whether in aerospace, automotive, electronics, or other industries, these captive screws deliver exceptional performance and reliability.
In conclusion, the C931ASDS Aluminum Captive Screws stand out as a premium choice for professionals seeking a secure, durable, and lightweight fastening solution. With their corrosion-resistant finish, versatile design, and efficient captive feature, these screws offer unparalleled convenience and reliability for a wide range of applications. Trust the C931ASDS to elevate your projects with its blend of quality craftsmanship and functional design.
The sleek finish of these aluminum captive screws exudes a professional look while also offering corrosion resistance, ensuring longevity and reliability in diverse environments. The versatile design of the C931ASDS allows for easy installation and removal, providing convenience during assembly and maintenance tasks.
Equipped with a secure captive feature, these screws eliminate the risk of misplacement or loss, making them an efficient choice for securing panels, covers, and other components. The captive design ensures that the screws remain attached to the parent material when unfastened, preventing any disarray and streamlining operations.
The aluminum material not only offers strength and resilience but also minimizes overall weight, making the C931ASDS an excellent choice for applications where weight is a critical factor. Whether in aerospace, automotive, electronics, or other industries, these captive screws deliver exceptional performance and reliability.
In conclusion, the C931ASDS Aluminum Captive Screws stand out as a premium choice for professionals seeking a secure, durable, and lightweight fastening solution. With their corrosion-resistant finish, versatile design, and efficient captive feature, these screws offer unparalleled convenience and reliability for a wide range of applications. Trust the C931ASDS to elevate your projects with its blend of quality craftsmanship and functional design.