Surface area and pore analyzers : Nova

Laboratory instruments

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“ All-in-one : The complete package in 1 space-saving design. Only 1 vacuum pump and 1 set of gas connections required. Degassing isolated from analysis : no contamination possible. Programmable : Degassing is completely automated - simply select a profile. Multiple temperature setpoints and ramp rates. No timers or operator intervention needed. Fully capable : Vacuum or flow degassing up to 425°C. Enables preparation of a wide variety of sample materials. Easily switch between flow and vacuum methods. Traceable : Degassing profile automatically tracked to the sample ID. No need for manual input or recording. Sample ID tracks weight loss after degassing. 20+ profiles : ASTM, ISO, DIN, USP methods included - simply select & go. Optimized for speed while ensuring conformance. Reduces setup time of instrument. Power 4+4 : Highest throughput in a benchtop system. Analyze 4 samples while simultaneously preparing the next 4. 4 multipoint BETs in 20 minutes; 4 isotherms in 8 hours. TruZone : TruZone maximizes analysis sensitivity. 2% reproductibility with >2m2 in the cell. Measure materials down to 0.01 m2/g. Nova mode : Use Nova mode to obtain your results faster. 4 x 5 points BET results in 20 minutes. Operate your Nova completely helium-free. Intelligent dosing : DoseWizard learns from past analyses to optimize dose size. VectorDose's constant dose volumes halve analysis time. Achieve target pressure quickly with a specified Initial Fill. p0 cell : Independant station constantly measures saturation pressure. Standard on every Nova model - no options required. Complete with dedicated pressure transducer. In real time : Visualize the results in real-time on the touchscreen. Fully control the instrument from the touchscreen. Uploaded previous results directly on the touchscreen. Templates : 20+ included report tempates for industry standards. Fully customizable reporting. Configure reports for automatic creation after analysis. Data reduction : 25+ peer-reviewed DFT kernels. Proprietary QSDFT kernels for cabon characterization. Determine BET range for microporous materials automatically ”