HEXAGON SCREW,M16x40

Part № 955364

Coating Fe/Zn-Fe 8 C4
headtype Hexagon
threadsize M16
totallength 40
Request quantity

Technical details

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

HeadHeight

10

HeadType

Hexagon

Length

40

LockingType

Undefined

PilotType

Undefined

PropertyClass

SteelPC8_8

ThreadLength

40

ThreadPitch

2

ThreadSize

M16

ThreadSpecial

Standard

ThreadType

Metric

ToolSize

24

ToolType

ExternalHexagon

TotalLength

40

WasherType

Undefined

Coating View details

Features

Do you have any questions about this product?

Richard, our product expert on external threaded fasteners is ready to answer all your questions.

955364

The HEXAGON SCREW M16x40, part number 955364, is designed for durability and precision, making it essential for various applications. With dimensions of M16 thread size and a thread pitch of 2, this screw offers a strong, metric-threaded connection that ensures stability and strength in assembly tasks. Its 40 mm length makes it suitable for projects requiring robust fastening capabilities.

Crafted from SteelPC8_8, this screw provides excellent tensile strength, crucial for maintaining integrity under stress. The hexagon head is engineered for an external hexagon tool type, with a tool size of 24 mm, allowing for easy installation and secure fastening. The product's source, VGTO, Tiers, signifies a commitment to high-quality manufacturing standards.

This hexagon screw is ideal for scenarios involving repeated movement or vibration, maintaining its hold without compromising stability. It's well-suited for automotive and industrial sectors where reliable fasteners are vital. Its standard thread type adds to the versatility, making it a preferred choice among professionals seeking dependable fastening solutions.

With its precise engineering, the HEXAGON SCREW M16x40 reduces the risk of cross-threading, which can damage both the screw and the receiving component. This makes it not only a reliable but also a cost-effective choice, minimizing replacement needs and downtime in demanding environments. The thoughtful design ensures efficient assembly, contributing to smoother operations and enhanced productivity.