Bolt M8x27 8.8 Hex Flng

Part № W700886S442

Coating S442
headtype HexgonFlange
threadsize M8
totallength 27
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Technical details

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

Box quantity

450

HasShoulder

1

HeadDiam

20.8

HeadHeight

9.7

HeadType

HexgonFlange

Length

27

LockingType

Undefined

PilotType

Undefined

PropertyClass

SteelPC8_8

ShoulderDiam

10

ShoulderHeight

16

ThreadLength

11

ThreadPitch

1,25

ThreadSize

M8

ThreadSpecial

Standard

ThreadType

Metric

ToolSize

13

ToolType

ExternalHexagon

TotalLength

27

WasherType

Undefined

Coating View details

Features

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W700886S442

The "Bolt M8x27 8.8 Hex Flng" with part number W700886S442 is an essential fastener for a variety of applications, particularly in the automotive sector. Designed with precision, this bolt features a hexagon flange head, promoting a secure grip while distributing pressure evenly to prevent damage to the surfaces. The thread size of M8, coupled with a thread pitch of 1.25, ensures a standard fit, making it compatible with numerous components.

Constructed from high-grade SteelPC8.8, this bolt is robust and reliable, offering excellent tensile strength. The product's shoulder diameter of 10 mm and a shoulder height of 16 mm provide added support, while the total length of 27 mm ensures versatility in different assemblies. With an external hexagon tool size of 13, this bolt is easy to work with, facilitating quick installations.

Coming from a trusted source like Ford, you can be assured of its quality and reliability. Available in box quantities of 450, this product is ideal for bulk needs, ensuring you have sufficient stock for ongoing projects. Whether securing parts under vibration or frequent movement, this bolt is engineered for durability and performance.

The bolt's coating enhances its resistance to corrosion, making it suitable for use in environments subject to moisture or chemical exposure. This means less maintenance and a longer lifespan, ultimately saving time and costs in replacements. It's a practical choice for engineers and mechanics seeking both efficiency and reliability in their fastening solutions.