M16-2.0x65 HCS PC 10.9 ZN&YL DIN931

Part № SC07354ADD

Coating 49-00005-203
headtype 六角
threadsize M16
totallength 65
要求数量

技术细节

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

Box quantity

200

头高

10

头型

六角

长度

65

锁定方式

未定义

尾部导向类型

Undefined

强度等级

SteelPC10_9

螺牙长度

38

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

65

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。

SC07354ADD

Enhance your assembly projects with the M16-2.0x65 hexagon bolt, part number SC07354ADD, designed for strength and reliability. With a thread size of M16 and a precise thread pitch of 2.0, this bolt ensures a secure fit in any compatible setup. Its steel property class 10.9 guarantees durability even under demanding conditions, making it an excellent choice for various industrial applications.

Sourced from DTNA, Tiers, this high-quality component maintains consistent performance, supported by its external hexagon head type, allowing for easy installation using standard tools. The bolt features a total length of 65 mm, including a 38 mm thread length, providing ample room for secure fastening.

Packaged conveniently with a box quantity of 200, these bolts are ideal for bulk requirements, ensuring you're well-equipped for larger projects. Whether it's for automotive use or other demanding applications, the M16-2.0x65 bolt serves as a reliable component in your setup.

The zinc and yellow coating not only adds an extra layer of protection against corrosion but also gives the bolt a distinctive appearance, making it easy to spot within a complex assembly. This attention to detail ensures longevity and reliability, essential for maintaining the integrity of your projects over time.

This bolt is engineered to perform exceptionally well even under conditions of movement or vibration, making it suitable for use in situations where stability is crucial. Its robust construction helps reduce maintenance needs, allowing for cost-effective and efficient operations in various settings.