?

Our products and solutions

Product Categories

Standards

  • 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

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

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

Up to 5 modules – equivalent to 25 stations.

Standards

  • ISO 1167
  • ASTM D 1598
  • ASTM D 1599
  • Tests on finished products
  • Internal hydrostatic and quick burst test equipment
The burst pressure tester for pipes with large diameters is a further milestone for burst tests on large-volume samples.

Standards

  • ASTM D 1599
  • Tests on finished products
  • Internal hydrostatic and quick burst test equipment
The 1790 Airless LightLine full set, with its five pressure stations and test bath, provide a simple all-in-one solution. The operation, evaluation of the results and clear visualization is done via a laptop.

Standards

  • ISO 1167
  • ASTM D 1598
  • 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 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 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 IPT test tank for internal pressure creep testing is characterised by state-of-the-art technology, maximum safety and optimised heating power with very low energy consumption. 

Standards

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

The main field of application for the 1765 series cooling units is to maintain the water temperature in our test tanks at 20°C.

Standards

  • ISO 1167
  • ISO 10508
  • ISO 19893
  • ASTM D 1598
  • ASTM D 1599
  • EN 12293
  • Tests on finished products
  • Internal hydrostatic and quick burst test equipment
The test ovens are specially designed for testing thermoplastic pipes and fittings.

Standards

  • ISO 1167
  • ASTM D 1598
  • ASTM D 1599
  • Tests on finished products
  • Internal hydrostatic and quick burst test equipment
The test ovens are specially designed for testing thermoplastic pipes and fittings.

Standards

  • ISO 1167
  • ASTM D 1598
  • ASTM D 1599
  • Tests on finished products
  • Internal hydrostatic and quick burst test equipment
For burst pressure tests up to 200 bar on plastic fittings with inside diameter up to 160 mm with 3-dimensional loading. 

Standards

  • ASTM D 1599
  • Tests on finished products
  • Internal hydrostatic and quick burst test equipment
For burst pressure tests up to 200 bar on injection moulded fittings with diameters 16 – 110 mm.

Standards

  • 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.

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 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
  • Tests on finished products
For fittings with a diameter of up to 110 mm, suitable for the IPT burst chamber model 1623. The fittings are only for use in a burst chamber. 

Standards

  • ASTM D 1599
  • Tests on finished products

Model 1280 heating pipe closures are used to close underfloor heating pipes, even at high test temperatures of up to 130°C.

Standards

  • ISO 1167
  • ASTM D 1598
  • ASTM D 1599
  • Tests on finished products
The mounting aid for pipe samples is designed to facilitate the mounting and dismounting of endclosures for instance (models 1810 and 1784).

Standards

  • ISO 1167
  • ASTM D 1598
  • ASTM D 1599
  • Tests on finished products
Different accessories are required for the various test methods used to determine the strength of thermoplastic pipes.

Standards

  • ISO 1167
  • ASTM D 1598
  • ASTM D 1599
  • Tests on finished products
  • Additional testing equipment
With the model 1663 and 1669 testers, the ring stiffness, ring flexibility and creep behaviour of thermoplastic pipes can be determined. 

Standards

  • ISO 9967
  • ISO 9969
  • ISO 13968
  • DIN 16961-2
  • ASTM D 2412
  • Tests on finished products
  • Additional testing equipment
The Chlorine Testing Device Model 1802 is a modern system for long-term testing of plastic pipes under chlorinated conditions.

Standards

  • NSF P 171
  • ASTM F 1281
  • ASTM F 1282
  • ASTM F 2330
  • ASTM F 2262
  • ASTM F 2263
  • ASTM F 2023
  • Tests on raw materials

The device for determining bulk density is a simple and reliable option for checking the uniform structure of moulding compounds.

Standards

  • ISO 60
  • ASTM D 1895
  • Tests on raw materials

Poor plastic flow properties can cause the flow of material in the funnel of the processing machine to slow down and even stop.

Standards

  • ISO 6186
  • ASTM D 1895
  • Tests on raw materials
The 1709 MFR/MVR tester is used to determine the melt flow rate of thermoplastics.

Standards

  • ISO 1133
  • ASTM D 1238
  • Tests on raw materials

Standards stipulate the determination of the carbon black content of polyolefins and/or also the residue on ignition of carbon blacks.

Standards

  • ISO 6964
  • ASTM D 1895
  • Tests on raw materials

ASTM D1693 is a test method for determining environmental stress crack resistance (ESCR) in ethylene plastics.

Standards

  • ASTM D 1963
  • Tests on finished products
  • Additional testing equipment
  • Tests on raw materials

ISO 10147 stipulates that test samples made from crosslinked polyethylene (PE-X) must be stored in a specified, boiling solvent for a specific period of time and that the percent by weight of insoluble material is then measured.

Standards

  • ISO 10147
  • ASTM D 2765 Method B
  • DIN 16892
  • Tests on finished products
  • Additional testing equipment
The tester is used to determine the Vicat softeningtemperature and the heat resistance temperature under load for plastics and thermoplastics.

Standards

  • ISO 2507
  • ISO 306
  • ISO 75
  • ASTM D 1525
  • ASTM D 648
  • Tests on finished products
  • Additional testing equipment

The universal tensile tester is used for performing tension, pressure or bending tests. The classic application is the tensile test. This involves subjecting a sample to an increasing tensile load until it breaks.

Standards

  • ISO 6259
  • ASTM D 638
  • Tests on finished products
  • Impact and Drop-Test-Equipment
The falling weight tester is used to determine the external impact resistance of thermoplastic pipes using the staircase or round-the-clock method.

Standards

  • ISO 11173
  • ISO 3127
  • ASTM D 2444
  • Sample preparation
For conditioning samples for impact and drop tests with a water depth of up to 1,000 mm.

Standards

  • ISO 11173
  • ISO 3127
  • ASTM D 2444
  • EN 477
  • Tests on finished products
  • Impact and Drop-Test-Equipment
You can test packaging of varying shapes and sizes for impact stress after free fall using IPT’s drop testers.

Standards

  • ASTM D 2463
  • Tests on finished products
  • Impact and Drop-Test-Equipment
You can test packaging of varying shapes and sizes for impact stress after free fall using IPT’s drop testers. The packaging can be tested with its content and may consist of cans, barrels and boxes.

Standards

  • ASTM D 2463
  • Tests on finished products
  • Impact and Drop-Test-Equipment
You can test packaging of varying shapes and sizes for impact stress after free fall using IPT’s drop testers.

Standards

  • ASTM D 2463
  • Sample preparation
To determine the delamination between the different material layers of cross-linked polyethylene pipes, samples up to a diameter of 32 mm can be produced.

Standards

  • ASTM F 1281
  • ASTM D 1282
  • Sample preparation
The CNC test bar milling machine enables bar-shaped plastic samples to be produced for tension, pressure, bending and flexural impact tests in accordance with a wide range of standards. 

Standards

  • ISO 527
  • ISO 6259
  • ASTM D 638
  • ISO 179
  • ISO 180
  • ISO 16770
  • ASTM D 1822
  • Sample preparation
The CNC test bar milling machine enables bar-shaped plastic samples to be produced for tension, pressure, bending and flexural impact tests in accordance with a wide range of standards.

Standards

  • ISO 527
  • ISO 6259
  • ASTM D 638
  • ISO 179
  • ISO 180
  • ISO 16770
  • ASTM D 1822
  • Sample preparation
The laboratory granulator was developed for the production of granulates from plastic pipe slices or plastic sheets, for example for the determination of MFR/MVR values. 

Standards

  • ISO 1133
  • ISO 1183
  • ASTM D 1505
  • Tests on raw materials

The digital laboratory sieving machine allows you to easilyand accurately determine the fineness and particle size distribution of all dust-like, powdery or granular products.

Standards

  • ISO 2395
  • ISO 3310
  • ISO 565
  • DIN 66165
  • ASTM D 1921
  • ASTM E 11
  • Tests on raw materials

This tester is used to determine the density of plastics according to the buoyancy method. The complete set consists of a beaker, thermometer, glass plummet for determining the liquid density, submerged filter and submerged contactor.

Standards

  • ISO 1183
  • ASTM D 792
  • Tests on raw materials
A water absorption testing device according to ISO 8361 is used to determine the water absorption capacity of porous materials under defined conditions. It enables controlled exposure of the sample to water over a specified period and under standardized environmental parameters.

Standards

  • ISO 62
  • ASTM D 570
  • Sample preparation

The microtome is used to cut very thin slices from a sample material in order to subsequently assess the degree of pigment and carbon black dispersion in polyolefin pipes and fittings.

Standards

  • ISO 18553
  • ASTM D 5596
  • Measuring devices

Circometers are the easiest way to determine the outside diameter of pipes ranging from 15 to 3100 mm.

Standards

  • ISO 3126
  • ASTM D 2122
  • Tests on finished products
  • Impact and Drop-Test-Equipment

The pendulum impact tester enables testing across the entire spectrum of plastic impact testing, Charpy, Izod, impact and Dynstat in accordance with ISO and ASTM standards.

Standards

  • ISO 179
  • ISO 180
  • ISO 8256-A
  • ASTM D 256
  • ASTM D 4812
  • ASTM D 6110
  • DIN 53435
  • Tests on raw materials
Shore hardness describes a material’s resistance to the penetration of an indenter under a defined force and is expressed on a scale from 0 to 100.

Standards

  • ISO 7619
  • ISO 868
  • ASTM D 2240
  • Tests on raw materials

According to the method for the assessment of the degree of pigment and carbon black dispersion in polyolefin pipes, fittings and compounds, a microscope is required to examine the particles and agglomerates in the test sample.

Standards

  • ISO 18553
  • ASTM D 5596
  • Sample preparation

The walk-in cooling chamber is used to condition specimens to the preset temperature.

Standards

  • ISO 11173
  • ISO 13477
  • ISO 3127
  • ASTM D 2444