Used Rheometer for sale (6)

Condition: like new (used), Year of construction: 2024, operating hours: 5 h, functionality: fully functional, Mini Rheometer – Precise Analysis of Crosslinking Behavior The Mini Rheometer is a high-precision testing device for determining the crosslinking behavior of rubber and other crosslinkable polymers. Versatile Application Options ✔ Determination of processing time for resins, cements, and adhesives ✔ Use in the dental industry ✔ Suitable for research, development, and rapid product inspection Ibedpfxjxzrbae Ahysc Efficient & Fast Testing The test duration matches exactly the crosslinking time of 1 g of material at the set temperature. Operating principle: Linear shear deformation according to DIN 53529 Part 1 Innovative Technology for Reliable Results ✔ Hinged measuring chamber with integrated sensor paddle ✔ Fast temperature stabilization due to the small chamber volume ✔ Dynamic measurement using sinusoidal shear loading with low amplitude and frequency ✔ Precise data acquisition via a load cell, connected to modern electronics & software ✔ Display of the crosslinking isotherm & evaluation according to DIN 53529 Part 2 Scope of delivery: Mini Rheometer, software, Windows 11 PC, volume punch

Condition: used, Anton Paar Modular Rotational Rheometer / Precision Rheometer Ibodpfozicwuex Ahyec Software: Anton Paar Rheoplus (original CD included) Device driver and license diskette available Anton Paar Physica MCR 301 Professional rotational and oscillatory rheometer for research, development, quality control and material testing For sale is a used rotational rheometer from the manufacturer Anton Paar. The device is suitable for highly precise rheological characterization of liquids, polymers, dispersions, emulsions, pastes, gels and other materials. The MCR 301 is one of the professional laboratory instruments for research, development, quality assurance and industrial material testing. Technical data: Manufacturer: Anton Paar GmbH Type: Physica MCR 301 Device type: Modular rotational rheometer Measuring principle: Rotational and oscillatory rheometer Drive: Air-bearing EC servo motor (Air Bearing Technology) Normal force measurement integrated Modular measuring system for different measuring geometries Power connection: AC 100–240 V Mains frequency: 50–60 Hz Power consumption: 850 W PC connection: RS-232 / Ethernet (depending on the configuration) Software: Anton Paar Rheoplus Operation via LCD display and membrane keypad Environmental conditions: Operating temperature: 15 °C to 35 °C Recommended ambient temperature: 23 °C ±3 °C Storage temperature: -20 °C to +50 °C Relative humidity: 20–60 % (non-condensing) Dimensions: approx. 610 × 420 × 670 mm (L × W × H) Weight: approx. 48 kg Measurement possibilities: Rotational measurements Oscillatory measurements Viscosity measurements Flow curves Shear stress Creep tests Relaxation measurements Amplitude sweeps Frequency sweeps Material characterization Equipment: Air-bearing precision drive LCD display with control panel Electronic control Measuring head Measuring platform PC interfaces Rheoplus software CD Original documentation Operating manual Diskette with software data Connection cable Accessories as shown in the pictures Application areas: Research & Development Laboratory Quality assurance Chemical industry Pharmaceutical industry Cosmetics industry Food industry Polymer technology Materials science Universities Testing laboratories Scope of delivery: Anton Paar Physica MCR 301 Original Rheoplus software CD Original operating manual Documentation folder Diskette Connection cable Other accessories as shown in the pictures Condition: Used Optical condition as shown in the pictures. Normal signs of wear and tear due to age are present. Nameplate is present. The table shown in the photos or other items not explicitly mentioned are not included in the sale. Shipping by freight forwarder or parcel service is possible. Subject to changes, errors and prior sale. We will be happy to answer any further questions by telephone or email.

Condition: used, Haake HAAKE RheoStress 6000 Rotational Rheometer – Thermo Scientific Item description: For sale is a HAAKE RheoStress 6000 rotational rheometer from Thermo Scientific – a highly precise measuring instrument for the rheological characterization of various materials. Ideally suited for use in research, development, or quality control. However, the device is not operational as the air bearing is defective. Technical specifications: Angular resolution: 12 nrad (internal resolution) Speed range (CR mode): 10⁻⁵ / 10⁻⁷ to 1500 / 4500 min⁻¹ Isdpfx Aozia Iwjhyebc Speed range (CS mode): 10⁻⁷ to 1500 min⁻¹ Torque range: max. 0.20 Nm / min. 200 nNm (rotation & oscillation) Frequency range (oscillation): 10⁻⁵ to 100 Hz Normal force: 0.01 – 50 N (resolution: 0.001 N) Temperature range: –60 °C to +400 °C (with suitable thermostat) Dimensions (W × D × H): 400 × 400 × 780 mm Weight: approx. 42 kg Special features: Very high measurement accuracy due to low inertia Precise lifting mechanism (0.5 µm setting accuracy) Modularly expandable (High Shear, RheoAdaptive Control) Compatible with various thermostats Scope of delivery: HAAKE RheoStress 6000 base unit Power cable Software Condition: used Scope of delivery: (See picture) (Changes and errors in the technical data are subject to change!) We will be happy to answer any further questions you may have over the phone.

Condition: like new (used), TA Instruments Discovery HR-1 – Hybrid Rheometer with Temperature Chamber Technical description of the device Manufacturer: TA Instruments, USA Model: Discovery HR-1 Series: Discovery Hybrid Rheometer Device type: Rotational-oscillatory rheometer Temperature system: Two-wing heating chamber, possibly an ETC (Environmental Test Chamber) Technical characteristics The TA Instruments Discovery HR-1 is an advanced hybrid rheometer designed for the precise investigation of the rheological properties of liquids, semi-finished products, polymers, pastes, gels, and viscoelastic materials. The device enables measurements in controlled stress mode, controlled shear rate mode, and oscillatory testing. The rheometer's design utilizes a precise drive system, a torque measurement system, and a gap control system. Technical parameters – Discovery HR-1 The following values are approximate catalog parameters for the HR-1 model and require confirmation for a specific device version. Parameter | Value ----- | ----- Type of measurement | Rotational and oscillatory Minimum oscillatory torque | approx. 0.5 nNm Minimum rotational torque | approx. 10 nNm Maximum torque | 150 mNm Angular speed range | up to 300 rad/s Oscillatory frequency range | up to 100 Hz Angular displacement resolution | approx. 10 nrad Gap control | Automatic Control modes | Stress, shear rate, oscillation Computer control | TA Instruments TRIOS software Temperature control system The device shown in the pictures is equipped with a two-part heating system that opens to the sides. The chamber enables rheological measurements to be carried out under controlled temperature conditions. Ibsdsx E Sm Hopfx Ahyjc System characteristics: * Two-wing design of the heating chamber. * Electric heating system. * Temperature control of the sample. * Possibility of conducting temperature studies. * Thermally insulated chamber elements. * Connections for the temperature control system. If the use of an ETC chamber is confirmed, the typical temperature range may be approximately -160°C to +600°C, depending on the configuration, cooling system, and accessories used. This range is not confirmed for the offered unit. Available research methods Rotational studies: * Viscosity measurement as a function of shear rate. * Determination of flow curves. * Study of the yield point. * Analysis of the behavior of non-Newtonian materials. Oscillatory studies: * Measurement of the storage modulus G'. * Measurement of the loss modulus G''. * Analysis of the loss tangent tan δ. * Frequency tests. * Amplitude tests. * Analysis of structural transitions of materials. Time and temperature studies: * Creep and recovery tests. * Stress relaxation. * Thermal stability studies. * Analysis of changes in rheological properties as a function of temperature and time. Configuration of the offered device Based on the photographic documentation, the set includes: 1. TA Instruments Discovery HR1 rheometer 2. Two-wing temperature chamber. 3. Accessories visible in the pictures 4. PC and software The device is a professional measurement platform designed for advanced rheological analyses in industrial and scientific laboratories.

Condition: ready for operation (used), A Moving Die Rheometer Alpha for rheological testing and vulcanization analysis of rubber compounds is available. Test standards: ASTM D5289/ISO6502, max. temperature: 200°C, frequency: 1667Hz, strain: 0.2°/0.5°, test pressure: 8000kPa. Machine dimensions X/Y/Z: approx. 800mm/700mm/1350mm, weight: approx. 200kg. Without software. Documentation available. An on-site inspection is possible. Iedexruklopfx Ahyjbc

Condition: used, MDR 2000 Moving Die Rheometer • Closed, bic conical chamber system • Fast microprocessor for temperature control • Torque measurement via friction-free torque transducer • High precision, high efficiency • Automation option for maximum productivity Ibjdpfezul Dbjx Ahyjc State-of-the-art vulcanization technology The MDR 2000 Moving Die Rheometer from Alpha Technologies has become the global standard for vulcanization technology. Two directly heated, bic conical tool halves with low mass provide fast and accurate temperature recovery. The oscillating lower tool half eliminates the need for a rotor, as in the Oscillating Disk Rheometer (ODR 2000). This results in faster temperature recovery and greater data accuracy. The resulting torque is measured by a torque transducer in the upper tool half, ensuring that friction forces from bearings and seals no longer affect the torque measurement. The torque signal is calibrated using a torsion spring rod with known values. This ensures long-term accuracy, repeatability, and reproducibility of the data. The unique closed chamber system enables above-average reproducibility and sensitivity to variations in the compound. Fast-responding temperature control is ensured by an optimized system. These properties, combined with a highly sensitive torque transducer and state-of-the-art microprocessor technology, offer the best in networking technology.