M8-1.25x20 HEX FLG SCREW FULL THD 10.9 DBL 9440.50

Part № BF00538ADD

Coating DBL 9440.50
headtype HexgonFlange
threadsize M8
totallength 20
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Technical details

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

Box quantity

1000

HeadDiam

17.9

HeadHeight

8.1

HeadType

HexgonFlange

Length

20

LockingType

Undefined

PilotType

Undefined

PropertyClass

SteelPC10_9

ThreadLength

20

ThreadPitch

1,25

ThreadSize

M8

ThreadSpecial

Standard

ThreadType

Metric

ToolSize

13

ToolType

ExternalHexagon

TotalLength

20

WasherType

Undefined

Coating View details

Features

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BF00538ADD

The M8-1.25x20 HEX FLG SCREW FULL THD 10.9, part number BF00538ADD, is a crucial component in applications that require reliable and robust connections. This bolt features a hexagon flange head, designed to provide a strong grip and evenly distribute pressure, minimizing potential surface damage. Sourced from Tiers, DTNA, it ensures quality and performance, conforming to industry standards.

With a property class of SteelPC10_9, this bolt offers excellent tensile strength, making it ideal for demanding environments. The full-thread design travels the entire 20mm length, enabling firm fastening, while the M8 thread size and a 1.25 thread pitch ensure precision and compatibility with standard nuts. Supplied in boxes of 1000, it facilitates bulk and cost-effective purchasing for larger projects.

Suitable for automotive applications and other industrial settings, this external hexagon bolt delivers reliability where it matters most. Enhance your projects with this durable and well-crafted component that brings efficiency to any assembly process.

The hex flange design also aids in ease of installation, allowing for quick and efficient assembly without the need for additional washers. It is engineered to withstand the pressures of repeated movement or vibrations, maintaining its grip over time. This ensures long-term performance in both new projects and maintenance scenarios, providing peace of mind and reducing downtime.