OUR RANGE OF ASPHALT MIX DESIGN EQUIPMENT

Fatigue machine – M2F


EN 12697-24 Annex A 09 2007 EN 12697 26 Annex A

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The fatigue machine – M2F, is a co-developed mlpc laboratory device which meets the criteria of the NF P 12 697-22 standard. It is used for the following applications:

  • To carry out fatigue resistance tests on 2 trapezoidal specimens of bituminous materials.
  • To measure the complex modulus on 2 trapezoidal specimens of bituminous materials, using a precise enclosure (isothermal).
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Gyratory Shear Press – PCG 3


NF EN 12697-31

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The Shear Press – PCG 3, is a co-developed mlpc laboratory device which meets the criteria of NF EN 12697-31 as well as SHRP criteria. It is used for the following applications:

It allows the study of the compactibility and the production of specimens.

The compaction effect is obtained by the action of compression on a cylindrical specimen whose axis describes a cone with a vertex coinciding with the centre…

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Laboratory mixer – BBMAX


NF-EN 12697-35 (09/2007)

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The laboratory mixer – BBMAX, is a co-developed mlpc laboratory device which meets the criteria of the NF-EN 12697-35 standard of (09/2007). It is used for the following applications:

It allows the preparation of relatively large samples of any coated material in the laboratory for subsequent testing on:

  • Compacting paver screed
  • Wheel tracker
  • Gyratory shear press
  • Modulus measure
  • Fatigue tests
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Plate roller – BBPAC


NF EN 12697-33 

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The Plate Compactor – BBPAC, is a co-developed mlpc laboratory device which meets the criteria of the NF EN 12697-33 standard of (09/2007). It is used for the following applications:

The preparation of homogeneous slabs of bituminous mixtures usable:

  • Directly for rutting tests.
  • After sawing or core sampling for tests such as direct or indirect tensile modulus, tensile-compressive modulus, complex modulus, 2 and 4 point bending fatigue.

The plates thus produced are representative of the materials compacted in situ in terms of homogeneity and distribution of constituents and voids.

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