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零件型号

Polymer Melt Rheometer:
SmartMelt

  • +6
型号:
  • Polymer melt rheometer for QC and routine measurements
  • Smallest footprint and most sustainable operation
  • Highest-performing electrical oven on the market (-150 °C to +400 °C)
  • Rheometer with minimum training requirements

The SmartMelt series is the choice for polymer melt rheology at the highest level.
Experience unmatched performance, precise temperature control via actual sample temperature measurement, comprehensive shear-rheology testing, and seamless compliance with ASTM D4440 and ISO 6721. Designed for efficiency, SmartMelt ensures quick training, fast measurements, and dependable outcomes.

关键功能

Comprehensive polymer melt rheology beyond one-point measurements

The SmartMelt series can determine the full shear rheological picture including flow curve, oscillation, creep, relaxation tests, and more – in contrast to one-point measurements such as Melt Flow Index (MFI). Our SmartMelt polymer melt rheometers are designed with modularity in mind. Measuring systems and other accessories can be exchanged to fit all of your needs. The series also complies with ASTM D4440 and ISO 6721.

Unparalleled temperature precision at an affordable price

The renowned Anton Paar ETD is the most budget-friendly and best-performing electrical temperature oven in a polymer melt rheometer on the market, with temperature measurement directly at the sample and therefore a temperature gradient of almost zero within the sample. 
It covers a range of -150 °C to +400°C and our temperature calibration kit for automatic calibration ensures 100 % trustworthy results. 

Reliable results, fast training

A series of tools ensures that operators are trained in no time, optimizes time-to-measurement, and delivers reliable polymer melt rheology results:

  • Toolmaster: For automatic recognition of measuring geometry and cell
  • QuickConnect: One-handed coupling of the measuring geometry in seconds
  • RheoCompass templates: Pre-prepared measuring workflows
  • Sample preparation and cleaning tools

Energy-saving, noise-reducing, precision-maximizing: SmartMelt delivers

The resource-friendly SmartMelt series ensures cost savings and environmental sustainability by using minimal compressed gas and energy, all while maintaining quiet operation for a better working environment. Additionally, the option to use inert gas prevents sample degradation, ensuring more reliable results for your critical applications. This combination of efficiency, precision, and sample protection makes SmartMelt the ideal choice for polymer melt rheology.

技术规格

 SmartMelt 92SmartMelt 102e
Specifications  
Bearing design Air, fine-pored carbon
Motor designElectronically commutated (EC) – permanent magnet synchronous motor
Displacement transducerHigh-resolution optical encoder
Minimum torque (rotation)0.4 μNm5 nNm
Minimum torque (oscillation)0.4 μNm2 nNm
Maximum torque125 mNm200 mNm
Minimum angular deflection (set value)1 μrad0,5 μrad
Maximum angular deflection (set value)∞ μrad
Maximum speed1,500 rpm3,000 rpm
Minimum angular frequency1)10-4 rad/s10-7 rad/s
Maximum angular frequency628 rad/s628 rad/s
Normal force measurement designx360° capacitive sensor, non-contracting,
fully integrated in bearing
Normal force range x-50 N to +50 N
Temperature device  
Temperature oven designElectrical temperature oven
Recommended measuring geometryPlate-plate, disposablesPlate-plate, cone-plate, disposables
Temperature range-150 °C to +400 °C 
Maximum heating rate50 °C/min
Maximum cooling rateUp to 100 °C/min2)
Fully automatic temperature calibration
Features  
Ready for extensional, pressure and powder 
rheology, tribology, rheo-optics, and more
x
TruStrain – sample adaptive controllerx
QuickConnect
Toolmaster
Master curve software analysis module
Automatic gap control/setting, AGC/AGS
Dimensions of rheometer  
Dimension (W x H x D)380 mm x 660 mm x 530 mm444 mm x 678 mm x 586 mm
Weight33 kg42 kg


Trademarks Toolmaster (3623873), TruStrain (9176918), RheoCompass (9177015)
 
1) Set frequencies below 10-4 rad/s are of no practical relevance due to the measuring point duration >1 day
2) Maximum cooling rate depends on the coolant media used: 100 °C/min with fluid, 70 °C/min with liquid N2, 10 °C/min with air

标准

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ASTM

D4440 92, 102e

ISO

6721 92, 102e

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