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Cracking under pressure

NOTCH MILLING MACHINE

Precision notching

ISO 13479 is a test method for determining the resistance to slow crack growth of polyolefin pipes for transporting fluids. It is also known as the notch test and is specifically applicable to pipes with a wall thickness of more than 5 mm. The method measures the time until a pipe breaks under hydrostatic pressure, whereby the pipe has previously been marked with a specific notch.

Standards

Keine Standards gefunden

  • ISO 13479

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Features and Functionality

The pipes to be tested are processed using a special notch milling machine in accordance with ISO 13479. This involves making defined V-shaped notches in the outer surface of the pipe.
ISO 13479 is therefore an important standard for assessing the reliability and service life of polyolefin pipes, particularly with regard to their resistance to cracking under pressure. 

Periphery and Complementary

  • Tests on finished products
  • Internal hydrostatic and quick burst test equipment

The purpose of this tester is to apply and maintain the correct hydrostatic pressure for internal pressure creep tests.

Available from July!

Standards

  • ISO 1167
  • ASTM D 1598
  • ASTM D 1599
  • Tests on finished products
  • Internal hydrostatic and quick burst test equipment
The purpose of this tester is to apply and maintain the correct hydrostatic pressure for internal pressure creep tests. Bursting pressure tests can also be optionally performed. Up to 9 modules – equivalent to 45 stations.

Standards

  • ISO 1167
  • ASTM D 1598
  • ASTM D 1599
  • Tests on finished products
  • Internal hydrostatic and quick burst test equipment

For mid-level testing demands, the Airless BlueLine ensures pressure control at maximum adjustment precision and consistency.

Up to 6 modules – equivalent to 30 stations.

Standards

  • ISO 1167
  • ASTM D 1598
  • ASTM D 1599
  • Tests on finished products
  • Internal hydrostatic and quick burst test equipment
Our BasicLine product version has been specifically developed for flexible laboratory applications where compact design and mobility are key priorities. The system is small, space-saving, and easily movable – making it ideal for laboratories with limited space or changing locations.

Standards

  • ISO 1167
  • ASTM D 1598
  • ASTM D 1599
  • Tests on finished products
  • Internal hydrostatic and quick burst test equipment
The creep internal pressure test is a test method for determining the strength of thermoplastic pipes. Available from July!

Standards

  • ISO 1167
  • ASTM D 1598
  • ASTM D 1599
  • Tests on finished products
  • Internal hydrostatic and quick burst test equipment

The internal pressure creep test is a test procedure for determining the strength of thermoplastic pipes.

Standards

  • ISO 1167
  • ASTM D 1598
  • ASTM D 1599
  • Tests on finished products
  • Internal hydrostatic and quick burst test equipment
The end clolsures model 1810 are designed for the quick sealing of plastic pipes up to DN 2700 mm and are characterised by easy handling – simple, brilliant and inexpensive. Available from July!

Standards

  • ISO 1167
  • ASTM D 1598
  • ASTM D 1599
  • Tests on finished products
  • Internal hydrostatic and quick burst test equipment
The internal pressure creep test is a test procedure for determining the strength of thermoplastic pipes to constant hydrostatic internal pressure at a constant ambient temperature.

Standards

  • ISO 1167
  • ASTM D 1598
  • ASTM D 1599
  • Tests on finished products
  • Internal hydrostatic and quick burst test equipment

The internal pressure creep test is a test procedure for determining the strength of thermoplastic pipes when exposed to constant hydrostatic internal pressure at

Standards

  • ISO 1167
  • ASTM D 1598
  • ASTM D 1599