M16-2.0x50 HCS PC 10.9 PLNDIN 933

Part № SC09099ADD

Coating 49-00006-041
headtype 六角
threadsize M16
totallength 50
要求数量

技术细节

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

Box quantity

50

头高

10

头型

六角

长度

50

锁定方式

未定义

尾部导向类型

Undefined

强度等级

SteelPC10_9

螺牙长度

50

牙距

2

螺纹规格

M16

专利牙型

Standard

螺纹类型

Metric

工具尺寸

24

工具类型

ExternalHexagon

总长

50

垫片类型

Undefined

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特征

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SC09099ADD

The M16-2.0x50 HCS PC 10.9 PLNDIN 933 bolt, part number SC09099ADD, is a versatile component designed to meet demanding requirements. Sourced from Navistar, this bolt exemplifies quality and reliability. Its dimensions include a thread size of M16 and a thread pitch of 2, ensuring a secure and precise fit for various applications. Constructed with a hexagon head and a head height of 10, it is engineered to facilitate efficient fastening. The bolt features a total length of 50mm, making it suitable for robust connections in mechanical assemblies. Crafted from high-grade SteelPC10_9, it offers exceptional strength and durability, suitable for both static and dynamic environments. The product is packaged in a box quantity of 50, providing ample supply for larger projects or repeated maintenance tasks. With its external hexagon tool type and a tool size of 24, installation becomes straightforward and user-friendly. Whether for industrial, automotive, or other technical settings, this bolt serves as a reliable choice for ensuring solid joint integrity.

This bolt stands out due to its precise engineering and robust material composition. Its metric thread type provides versatility across a range of applications, making it integral to your project requirements. Designed to handle stress and strain efficiently, it minimizes the risk of loosening or failure over time. This makes it an essential component for industries that demand high reliability and performance. By choosing this bolt, you invest in a product that combines durability with ease of use, streamlining assembly processes and enhancing overall engineering efficiency.