1/4-20x10.00 RND HD SQR NECK BLT ZN&YL

Part № BR00223AFF

Coating Fe/Zn 5 TYPE II
headtype 马车头
threadsize 1/4
totallength 254
要求数量

技术细节

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

Box quantity

350

头部尺寸

14.6

头高

3.4

头型

马车头

长度

254

锁定方式

未定义

尾部导向类型

Undefined

强度等级

SteelGrade02

螺牙长度

50.8

牙距

20

螺纹规格

1/4

专利牙型

Standard

螺纹类型

Unified

工具尺寸

0.25

工具类型

Square

总长

254

垫片类型

Undefined

涂层 查看详情

特征

您对此产品有任何疑问吗?

我们的外螺纹紧固件产品专家理查德随时准备回答您的所有问题。

BR00223AFF

The 1/4-20x10.00 RND HD SQR NECK BLT ZN&YL, part number BR00223AFF, is a versatile choice for various applications requiring reliable fastening. Specifically designed for the automotive industry, this bolt features a robust carriage head design that offers enhanced strength and stability. With a standard thread size of 1/4 inch and a thread pitch of 20, it ensures compatibility with a wide range of nuts and components.

This product includes a head diameter of 14.6 mm and a head height of 3.4 mm, providing a secure fit. Manufactured from SteelGrade02, it promises durability and resilience in demanding environments. The total length of 254 mm and a thread length of 50.8 mm make it suitable for various fastening needs, while the zinc and yellow coating enhances corrosion resistance.

Available in a box quantity of 350, this bolt is an ideal inventory addition for businesses that require dependable fastening solutions quickly. Streamline your production process with this unified, square-neck bolt, designed specifically for optimal performance across diverse applications.

For those in need of a reliable source of threaded fasteners, this product exemplifies ease of accessibility and quality assurance. Facil ensures quick availability of bolts, assisting smaller companies in achieving smoother operations without the hassle of direct sourcing. Whether you are working on maintenance, repair, or production projects, these bolts ensure adherence to OEM specifications, reducing the risk of faulty assembly and enhancing workflow efficiency.