3/4-16x1-3/4 HCS GR8 W/NYLPATCH PH&OIL

Part № SC08210ADD

Coating 49-00006-041
headtype Hexagon
threadsize 3/4
totallength 44.5
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Technical details

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

Box quantity

120

HasLock

1

HeadHeight

14.3

HeadType

Hexagon

Length

44.5

LockingType

NylonPatch

PilotType

Undefined

PropertyClass

SteelGrade08

ThreadLength

44.5

ThreadPitch

16

ThreadSize

3/4

ThreadSpecial

Standard

ThreadType

Unified

ToolSize

1.125

ToolType

ExternalHexagon

TotalLength

44.5

WasherType

Undefined

Coating View details

Features

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SC08210ADD

The "SC08210ADD" bolt is a high-quality fastener designed to provide reliable performance in demanding applications. Crafted with a hexagon head and a total length of 44.5 mm, this bolt ensures a strong fit and easy installation. It features a 3/4 inch thread size and a standard thread pitch of 16, allowing it to pair seamlessly with compatible nuts. The nylon patch offers added security by preventing loosening due to vibration.

This bolt belongs to the Grade 8 property class, ensuring robust durability under stress. With a tool size of 1.125, it is compatible with standard hex wrenches for straightforward application. The external hexagon head type and design make it a versatile choice for various mechanical tasks.

Available in a convenient box quantity of 120, the SC08210ADD bolt is sourced from DTNA, guaranteeing quality and consistency. Its dimensions and engineering make it an ideal choice for those needing a reliable component in the automotive or industrial sectors. Whether you're dealing with repair or assembly tasks, this bolt delivers essential support.

The practical coating enhances its resistance against corrosion, ensuring longevity in harsh environments. This makes the bolt not just a temporary solution but a long-term investment in quality and reliability. Its compatibility with standardized tools and specifications ensures that it can be easily incorporated into existing systems with minimal adjustments.