M10x1.5-36mm HEX SEMS PIL NYL PTCH PC10.9 ZACLR

Part № AY00582ADD

Coating ZACLR
headtype Hexagon
threadsize M10
totallength 36
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Technical details

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

Box quantity

400

HasLock

1

HasPaintClearing

1

HasPilot

1

HasWasher

1

HeadHeight

7.6

HeadType

Hexagon

Length

31

LockingType

NylonPatch

PilotType

Dog

PropertyClass

SteelPC10_9

ThreadLength

24.7

ThreadPitch

1,5

ThreadSize

M10

ThreadSpecial

Standard

ThreadType

Metric

ToolSize

15

ToolType

ExternalHexagon

TotalLength

36

WasherDiam

27.7

WasherHeight

3

WasherType

Conical

Coating View details

Features

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AY00582ADD

The M10x1.5-36mm HEX SEMS PIL NYL PTCH PC10.9 ZACLR Bolt, part number AY00582ADD, is a reliable choice for various applications. Sourced from Navistar, this bolt provides a durable solution, especially in sectors that require resilience under movement or vibration. Featuring a hexagon head, it ensures a secure grip during installation, while the nylon patch locking type enhances its resistance to loosening.

With a thread size of M10 and a thread pitch of 1.5, this bolt offers precise alignment and fit, reducing the risk of cross-threading. Its steel PC10.9 property class offers high tensile strength, making it suitable for demanding environments. The bolt comes in a box quantity of 400, making it ideal for large projects or stocking purposes.

Measuring 36mm in total length, it includes a conical washer with a diameter of 27.7mm, adding an extra layer of security. The washer integrates paint clearing and pilot features, ensuring a smooth assembly process. Whether for automotive or other industrial uses, this high-quality bolt meets OEM specifications, facilitating efficient and reliable installations.

This bolt also features a dog-point pilot type, aiding in easy and accurate alignment during assembly. This design element not only speeds up the installation process but also minimizes the chances of misalignment, ensuring that each bolt fits perfectly on the first attempt. This practical feature is especially valuable in applications where precision and reliability are of utmost importance.