Parallel Dowel PIn ISO 2338

Dowel Pin ISO 2338 standard, referred to as parallel pins, are headless, solid cylindrical pins manufactured to a precise diameter. Used to align parts and function as hinge and wrist pins, roller bearings or as shafts, both ends are chamfered to 15°.

Description

What Are Parallel Dowel Pins ISO2338?

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Parallel Dowel Pins ISO 2338 are standardized cylindrical pins used for accurate alignment, positioning, and fastening of machine parts. The ISO 2338 standard defines the dimensions and tolerances for these dowel pins, ensuring they meet international specifications. They are typically used in mechanical assemblies where precision alignment is crucial.

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

Advantages of Parallel Dowel Pins ISO2338

Precision Alignment

Offers accurate alignment and positioning for mechanical components.

Ease of Installation

The looser tolerances make ISO 2338 dowel pins easier to insert and remove compared to tighter tolerance pins.

Interchangeable

The ISO 2338 standard ensures interchangeability between manufacturers, making it easier to source and replace pins.

Applications Of Parallel Dowel Pins ISO2338

Machinery Assembly

In machinery, ISO 2338 dowel pins are used to align components, ensuring precise positioning of parts such as gears, shafts, and casings. They help maintain the integrity of mechanical assemblies and prevent misalignment during operation.

Automotive Industry

ISO 2338 pins are used in automotive manufacturing to align and secure engine components, transmission parts, and chassis elements. They ensure that critical parts like engine blocks and cylinder heads are aligned for proper function.

Tooling and Fixtures

These dowel pins are widely used in the production of jigs, fixtures, and molds. They ensure that workpieces or components are consistently located in the same position during machining or assembly processes, improving accuracy and repeatability.