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D-MDR 3000

ISO 13145 ISO 6502 ASTM D 5289 ASTM D 6204 ASTM D 6601 ASTM D 6048 ASTM D 7050 ASTM D 7605 ASTM D 8059 DIN 53529

Top model for advanced dynamic testing of all kinds of rubber, rubber-like, curing or crosslinking materials. This includes TPE, TPV, LSR, Composite materials, Polyolefins, ...

  • Instrument description

    D-MDR 3000

    Oscillation strain
    +/- 0.001° to 180°


    Static and dynamic testing

    The D-MDR 3000 is designed for measuring the viscoelastic properties of polymers and elastomeric compounds before, during and after cure. The acquired data gives exact information about advanced material properties, processability, cure characteristics, cure speed, behavior of the compound at the after-cure and final compound dynamic mechanical properties, with an unlimited amount of testing steps and subroutines.

    The D-MDR 3000 is the universal dynamic Moving Die Rheometer, providing the highest testing flexibility for static as well as dynamic testing applications for all kinds of rubber, rubber-like, curing or crosslinking materials. This includes, of course, all kinds of rubber materials filled with carbon black, silica or any other type of organic or inorganic filler, as well as TPE, TPV, LSR, and Composite Materials such as Prepregs, Polyolefins, Glues, Gelatine, …

    Utilizing a unique, patented, wearless direct drive design with digital drive and control technology, the D-MDR 3000 can cover almost every possible test condition in any combination, with shear rates up to 500 sec-1. Temperature in the dies is precisely controlled and the unique direct double channel forced air cooling system not only enables rapid cooling to the setpoint but also allows non-isothermal testing and integrated friction heat compensation essential to high-strain testing.

    High precision torque and force measurements, in conjunction with the high resolution motor feedback, guarantee the most precise and accurate torque readings to derive elastic modulus, measured as in-phase stress (S‘), and viscosity, measured as out-of-phase stress (S‘‘), as well as loss angle and tan-delta.

    Based on this fundamental measurement data, modulus (G), dynamic viscosity (η), Compliance (J), Tensile Modulus (E), Compliance under extension/compression (D), Spring rate (K) and Damping coefficient (C) are calculated.

    Automation options

    All MonTech Moving Die Rheometers as well as Rubber Process Analyzers can be easily automated, allowing customers to increase productivity and release operators for other important tasks.

    MonTech offers the worlds largest Rheometer Automation portfolio designed for our customers to rely on – in the lab or on the shopfloor, in multiple shifts, 365 days, every year. Depending on the selected type of automation system, samples are loaded and unloaded automatically from linear or rotary trays, film is fed and tested samples are removed automatically.

    Of course, every automated machine can – within a single click – also be switched into manual operation mode.

    Learn more


    For specific testing requirements MonTech offers a variety of instrument options to customize a testing solution exactly for your specific requirements:

    – Forced air and low-temperature cooling systems
    – Axial force transducers
    – Cavity pressure control systems
    – High speed data acquisition systems
    – Data, IT and software integration
    – Advanced productivity options

  • Applications
  • Technical Specification
  • Options

Tray automation with either 24, 48 or 100 samples

Completely closed, directly heated, biconical test chamber system

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