• The air permeability tester ToniPERM II is designed for the determination of the specific surface of powders, especially suitable for the permanent control of manufacturing characteristics in the daily laboratory work. This measuring procedure serves as practice oriented alternative for the standard procedures according to EN 196 as well as ASTM C 204.

    Key benefits for the user:

    • Simple operation with reproducible results
      • Intuitive operation with touchscreen
      • Automatic volume correction
    • Automatic quadruple test of a double sample with a single operating effort
    • Robust, low-maintenance design*
    • Easy data export via LAN interface ** or USB stick

    * Ask about our extended warranty terms

    ** ToniLINK software required

  • Automatic, computer-controlled Vicat needle instrument providing six measuring stations for the determination of the setting characteristics of binding materials, preferably of:
    • Cement according to EN 196, ASTM C 191 and AS/NZS 2350
    • Gypsum according to EN 13279 and ASTM C 472
      Key benefits for the user:
    • Increased efficiency through parallel automatic determination of the setting behavior in conformity with standards
    • Robust low-maintenance execution with automatic cleaning of the penetrating needle
    • Fast tesing mode for rapid setting building materials
    • Easy data export via USB stick
    • Simple conversion to other product standards e.g. cement, mortar in less than one minute
  • The ToniSET Expert is a PC-controlled needle instrument according to Vicat and is designed for the standard-compliant determination of the setting characteristics of cement, gypsum and mortar according to: EN 196-3, EN 13279-2, EN 480-2, ASTM C191, ASTM C472 and ASTM C807   Key benefits for the user:
    • User-friendly, self-explaining testing software
    • Precise, standard-compliant positioning of the needle on the specimen surface
    • High-precision, electronic measurement of the penetration depth due to incremental measuring system (resolution 0.05 mm)
    • Low maintenance expenditure and high durability due to solid and high-quality design
    • Quick measurement mode with deactivatable cleaning function
  • The inlet apparatus type "Böhme" is designed for the determination of the bulk density of building lime according to EN 459-2.

    The inlet instrument consists of a cylindrical container made of brass with a volume of exactly one liter, an adaptor flange with shutter and a top mounted filling device with release lever. After pouring the bulk goods into the top mounted filling device the shutter is opened and the goods drop into the container. Then the surplus goods are skimmed and the weight is measured.

     

    Design

    The inlet apparatus consists of a cylindrical container made of brass with a volume of one liter, an adaptor flange with shutter, and a top mounted filling device with shutter activating lever.
  • Computer controlled isothermal heat flow calorimeter for the continuous determination of the total evolved heat of hydration of binding materials, preferably of cement according to ASTM C1702. With online computer operation the instrument allows to directly determine the heat development rate (J/g) in dependence of the elapsed time. Object is the use for rational Quality Control as alternative methods for ASTM C186 and DIN EN 196-8.   Key benefits for the user: ✓ Rigid, durable measuring instrument for industrial and laboratory tasks ✓ Self-calibration function by operator ✓ Very high detection sensitivity by three switchable measuring ranges for different types of binding materials ✓ Test method with great informational value and with very good reproducibility ✓ Detection of the initial peak ✓ Difference in temperature between measuring cell and ambience ✓ Extension for testing additives by adapting an after-injection module with homogenization function ✓ Evaluation of the results via computer with numerical and/or graphical output
  • Computer controlled isothermal heat flow calorimeter with six measuring cells for the continuous determination of the total evolved heat of hydration of binding materials, preferably of cement according to ASTM C1702.   Key benefits for the user:
    • parallel, independent, time-shifted operation of the six measuring cells in all operating states such as: self-calibration, zero effect determination and measuring
    • high measuring sensitivity due to three switchable measuring ranges for different binders
    • possibility of re-injection of additives including homogenization
    • evaluation of results by means of a PC with numerical and/or graphic output
  • Computer controlled isothermal heat flow calorimeter with three measuring cells for the continuous determination of the total evolved heat of hydration of binding materials, preferably cement according to ASTM C1702.   Key benefits for the user: ✓ Detection of the initial peak ✓ Self-calibration function by operator ✓ Three thermally insulated measuring cells in one calorimeter vessel, offset by 120° ✓ Rigid, durable measuring instrument for industrial and laboratory tasks ✓ Difference in temperature between measuring cell and ambience ✓ Extension for testing additives by adapting an after-injection module with homogenization function ✓ Test method with great informational value and with very good reproducibility ✓ Independent, timely varying parallel use of the three measuring cells in all operation modes ✓ Very high detection sensitivity by three switchable measuring ranges for different types of binding materials ✓ Evaluation of the results via computer with numerical and/or graphical output
  • Combined test plant for the standard-compliant testing of the compressive and flexural strength of cement and other binding materials, preferably for efficient routine tests of:

    • Prisms 40 x 40 x 160 mm accord. to EN 196 / ISO 679
    • Cubes 50 mm (2 inch)  according to ASTM C109
    • Cubes 70.7 mm according to BS 1881
     

    Key benefits for the user:

    • connection possibility for a third load frame, e.g. 3000 kN compression test frame for concrete testing
    • possibility of machine control and test evaluation via a PC using testXpert software
    • future-proof through retrofittable software modules
    • possibility to connect to Laboratory Information and Management Systems (LIMS)
     
  • Fully automatic test plant in compact design for standard-compliant compressive strength tests on building materials, preferably for efficient routine tests and quality control on:
    • Concrete cylinders 4 inch / 6 inch according to ASTM C 39
    • Concrete cubes 100 mm / 150 mm edge length according to EN 12390-3
      Key benefits for the user:
    • Delivery as a ready-to-use, space-saving compact unit: "Set up, connect, test".
    • The high-precision manufactured spherical calotte is form-fit and backlash-free, finely tuned to the spherical shell and enables very precise force transmission
    • Connection possibility for scales, caliper, barcode reader and printer for automatic printout of raw data
    • Servo-hydraulic control in a closed control loop
    • Operation and evaluation via PC using testXpert III testing software
    • US-units selectable (lbs, psi, inch,…)
  • Fully automatic test plant in compact design for standard-compliant compressive strength tests on building materials, preferably for efficient routine tests and quality control on:
    • Cylinders 150 x 300 mm or 160 x 320 mm according to EN 12390-3
    • Cylinders 150 x 300 mm or 160 x 320 mm according to EN 12390-4 (strain cylinder test)
    • Cubes with 100 mm, 150 mm or 200 mm edge length according to EN 12390-3
    • Cubes with 100 mm, 150 mm or 200 mm edge length according to EN 12390-4 (strain cylinder test)
     
    • Accuracy: Quality Class 1 / DIN 51220 / EN ISO 7500-1
    • Sizes:           2000 kN / 3000 kN / 4000 kN
  • Test plant in compact design for efficient, standard-compliant compressive strength tests on cement and other binding materials, preferably on:
    • delivery as a ready-to-use, space-saving compact unit: "Set up, connect, test".
    • very easy programming and operation
    • possibility to connect to Laboratory Information and Management Systems (LIMS)
    • future-proof through retrofittable software options
    • US-units selectable (lbs, psi, inch,…)
     
  • Computer controlled isothermal heat flow calorimeter for the continuous determination of the total evolved heat of hydration of concrete. With online computer operation the instrument allows to directly determine the heat development rate (J/g) in dependence of the elapsed time.   Key benefits for the user:
    • easy manipulation
    • meaningful test procedure with high repeatability
    • evaluation of the results via computer with numerical and/or graphical display and documentation
    • auto-calibration via electrical power measurement

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