1/4-20x1" PAN MACH SCR X-RCS SSTL BLO

Part № SM04394ADD

Coating BLO
headtype 盘头
threadsize 1/4
totallength 25.4
要求数量

技术细节

Feature images are indicative only. Refer to technical drawing for final dimensions.

Box quantity

2100

头部尺寸

12.3

头高

3.8

头型

盘头

长度

25.4

锁定方式

未定义

尾部导向类型

Undefined

强度等级

StainlessSteel

螺牙长度

25.4

牙距

20

螺纹规格

1/4

专利牙型

Standard

螺纹类型

Unified

工具尺寸

3

工具类型

CrossRecess

总长

25.4

垫片类型

Undefined

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特征

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SM04394ADD

Introducing the 1/4-20x1" Pan Mach Screw, part number SM04394ADD, designed for durability and reliability in demanding applications. Manufactured by Navistar, this screw is crafted from high-quality stainless steel, ensuring resistance to corrosion and wear. The pan head design combines strength with a sleek finish, making it suitable for both mechanical and aesthetic purposes.

With a thread size of 1/4 inch and a thread pitch of 20, the SM04394ADD provides a secure and precise fit, ideal for maintaining strong connections in various assemblies. The unified thread type enhances compatibility with a wide range of components. Each box contains 2,100 units, offering ample supply for extensive projects or ongoing maintenance.

Measuring a total length of 25.4 mm, it is engineered to accommodate common tool sizes, specifically designed with a cross recess head for efficient installation. This pan mach screw stands as a reliable choice for professionals seeking quality and performance in every fastening task.

Perfect for applications in the automotive sector, the SM04394ADD offers a robust solution for environments where consistent performance is paramount. Its reliable build and generous supply make it an essential component in ensuring that assemblies stay securely fastened, even in challenging conditions.

Beyond automotive uses, this versatile screw is suited for diverse industrial settings, delivering consistent results and minimizing maintenance needs. Whether used in new constructions or repair work, its adaptability ensures it meets the ever-evolving demands of modern engineering projects.