1/2-13x1-1/2 SPCL LOW HD HEX FLNG BOLT W/PATCH GR 8P

Part № BF01365ADD

Coating 49-00006-041
headtype HexgonFlange
threadsize 1/2
totallength 38.1
Request quantity

Technical details

box_quantity

300

HasLock

HeadDiam

HeadHeight

HeadType

Length

LockingType

PilotType

PropertyClass

ThreadLength

ThreadPitch

ThreadSize

ThreadSpecial

ThreadType

ToolSize

ToolType

TotalLength

WasherType

Source

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.

BF01365ADD

The 1/2-13×1-1/2 SPCL LOW HD HEX FLNG BOLT W/PATCH GR 8P, part number BF01365ADD, is a reliable choice for secure fastening needs in various applications. This bolt is sourced from DTNA, ensuring quality and performance with each use. Designed with a 1/2-inch thread size and a 13 thread pitch, it provides a precise fit, making it suitable for a range of mechanical assemblies.

Featuring a hexagon flange head and a robust nylon patch locking type, this bolt offers enhanced hold and stability, even under conditions of repeated movement or vibration. Its grade 8 steel composition ensures durability and strength, meeting rigorous demands in the automotive sector and other industrial environments.

Packaged with a box quantity of 300, this bolt offers ample supply for bulk projects or ongoing maintenance work. The external hexagon tool type design facilitates easy installation and removal, making it a practical choice for efficient assembly processes. This bolt is ideal for professional environments requiring components that align with OEM standards to provide consistent and secure connections.

With a head diameter of 27.2 mm and a head height of 7.9 mm, it is engineered for applications where low-profile fasteners are essential. Its total length and thread length of 38.1 mm ensure full engagement and maximum strength. Choose the BF01365ADD bolt for an effective solution to your fastening challenges, guaranteeing reliability and longevity in demanding conditions.