Round Head Parallel Dowel Pins

Round Head Parallel Dowel Pins are versatile, durable, and easy to use, making them a popular choice in applications where precise alignment, ease of installation, and frequent removability are essential.

Beschreibung

What Are Round Head Parallel Dowel Pins?

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Round Head Parallel Dowel Pins are a specific type of dowel pin characterized by a cylindrical body and a rounded head. These pins are used primarily for aligning or positioning components in an assembly while allowing for easy insertion and removal. The “parallel” aspect refers to the cylindrical shape of the pin, which is consistent in diameter along its entire length, providing a snug fit in corresponding holes to maintain alignment and prevent movement.

Product Features

  • Brand: Pintech
  • Size: Can be customized
  • System of Measurement: Metric
  • Tolerance: m6 or as per requirement
  • Material: Alloy Steel or Stainless Steel
  • Material Processes: Hardened and tempered
  • Hardness Rating: HRC58~62
  • Sample: normal samples in stock are free

Benefits Of Round Head Parallel Dowel Pins

Easy Handling and Installation

The round head allows for easy insertion and removal, especially useful in applications where pins need to be removed frequently or replaced.

Enhanced Alignment

The precise fit and parallel design help maintain exact alignment between components, reducing wear and mechanical stress.

Versatility

Suitable for a wide range of applications across different industries, including automotive, aerospace, manufacturing, and heavy machinery.

Standards Of Round Head Parallel Dowel Pins

ISO Standards

Various ISO standards may also apply, particularly for the dimensions, material specifications, and tolerances of round head pins.

ASME

These standards provide specifications for round head dowel pins, ensuring compatibility with other global standards and consistent quality.

DIN 7979

Specifies dimensions and tolerances for round head parallel dowel pins, including requirements for material properties, surface finish, and mechanical strength.