3/8-16x1-1/4 SPCL LO-HEAD HCS GR 5 ZIB

Part № SC09810ADD

Coating DBL 8451.93
headtype 六角
threadsize 3/8
totallength 31.8
要求数量

技术细节

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

Box quantity

1000

头高

3.2

头型

六角

长度

31.8

锁定方式

未定义

尾部导向类型

Undefined

强度等级

SteelGrade05

螺牙长度

31.8

牙距

16

螺纹规格

3/8

专利牙型

Standard

螺纹类型

Unified

工具尺寸

0.5565

工具类型

ExternalHexagon

总长

31.8

垫片类型

Undefined

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特征

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SC09810ADD

The 3/8-16x1-1/4 SPCL LO-HEAD HCS GR 5 ZIB, identified by part number SC09810ADD, exemplifies precision and reliability in fastening solutions. Sporting a robust hexagon head, this bolt is crafted to meet the demands of varied mechanical tasks with ease. It features a thread size of 3/8 inches and a thread pitch of 16, ensuring a firm grip and secure fit in its applications. Constructed from high-grade steel, classified under SteelGrade05, the bolt provides strength and durability, essential for enduring repeated movement and vibration.

With a total length of 31.8 mm, this bolt integrates effortlessly into projects, particularly in the automotive sector. Its availability in a box quantity of 1000 makes it a practical choice for bulk purchases, providing an efficient solution for manufacturing needs. Sourced from DTNA, Tiers, the bolt promises quality and reliability, reflecting the high standards of its manufacturer.

Designed for use with an external hexagon tool, its versatility is apparent in a wide range of assembly tasks. The standardized thread type allows for compatibility with various nuts, aligning with Unified thread standards. Ideal for assembly lines or small-scale projects, the SC09810ADD bolt is a trusted component for mechanical integrity.

This bolt’s low-head design is particularly advantageous in tight spaces where standard bolt heads might interfere. By reducing the overall head height to just 3.2 mm, it allows for more compact assembly while maintaining full functionality. This aspect makes it a preferred choice in precision engineering where space constraints are prevalent, yet strength cannot be compromised.