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MX / MF
TEST WITH THE BEST - True 0.01% (S. D.)
A&D's MX/MF-50 moisture analyzer boasts a major advantage over other moisture analyzer devices,
namely, the ability to conduct analysis of a sample containing very little moisture content.
This is advantageous when measuring samples with low evaporation characteristics.
Side-by-side comparisons with the Karl Fisher method reveals the MX/MF-50 gives comparable results.
*MX-50 displays 0.01% resolution for moisture contents.
Moisture measurement result below is mean value of 5 measurements.
Sample : Plastic Polyethylene Terephthalate Pellet(PET)
Measurement condition
Heating Temp. : 180°C
Analyzers : Heating and drying method moisture analyzer : MX-50
Result
Sample Weight(g) Moisture(%) Heating Time(min) Measurement Mode
10 0.298 6.8 Standard-HI
Sample : Lipstick
Measurement condition
Heating Temp. : 100°C
Analyzers : Heating and drying method moisture analyzer : MX-50
Result
Sample Weight(g) Moisture(%) Heating Time(min) Measurement Mode
1 0.778 1.9 Standard-MID
Sample : Silica Sand
Measurement condition
Heating Temp. : 200°C
Analyzers : Heating and drying method moisture analyzer : MX-50
Result
Sample Weight(g) Moisture(%) Heating Time(min) Measurement Mode
10 0.498 2.3 Standard-HI
Sample : Cement (Powder)
Measurement condition
Heating Temp. : 200°C
Analyzers : Heating and drying method moisture analyzer : MX-50
Result
Sample Weight(g) Moisture(%) Heating Time(min) Measurement Mode
5 0.408 3 Standard-MID
Sample : Suger Crystals (Powder)
Measurement condition
Heating Temp. : 160°C
Analyzers : Heating and drying method moisture analyzer : MX-50
Result
Sample Weight(g) Moisture(%) Heating Time(min) Measurement Mode
5 0.162 1.7 Standard-MID
Sample : Seasoned Salt
Measurement condition
Heating Temp. : 100°C
Analyzers : Heating and drying method moisture analyzer : MX-50
Result
Sample Weight(g) Moisture(%) Heating Time(min) Measurement Mode
5 0.086 1.1 Standard-MID
Sample : Anhydrous Glucose
Measurement condition
Heating Temp. : 140°C
Analyzers : Heating and drying method moisture analyzer : MX-50
Result
Sample Weight(g) Moisture(%) Heating Time(min) Measurement Mode
5 0.696 1.7 Standard-MID
Sample : Powdered Cold Beverage
Measurement condition
Heating Temp. : 120°C
Analyzers : Heating and drying method moisture analyzer : MX-50
Result
Sample Weight(g) Moisture(%) Heating Time(min) Measurement Mode
5 0.408 2.7 Standard-MID
Sample : Zinc Oxide
Measurement condition
Heating Temp. : 200°C
Analyzers : Heating and drying method moisture analyzer : MX-50
Result
Sample Weight(g) Moisture(%) Heating Time(min) Measurement Mode
5 0.142 2.3 Standard-HI
Sample : Aluminum Oxide
Measurement condition
Heating Temp. : 200°C
Analyzers : Heating and drying method moisture analyzer : MX-50
Result
Sample Weight(g) Moisture(%) Heating Time(min) Measurement Mode
5 0.098 2.4 Standard-HI
Sample : Talc
Measurement condition
Heating Temp. : 200°C
Analyzers : Heating and drying method moisture analyzer : MX-50
Result
Sample Weight(g) Moisture(%) Heating Time(min) Measurement Mode
5 0.144 2.5 Standard-HI
Sample : Calcium Carbonate
Measurement condition
Heating Temp. : 200°C
Analyzers : Heating and drying method moisture analyzer : MX-5
Result
Sample Weight(g) Moisture(%) Heating Time(min) Measurement Mode
5 0.144 2.5 Standard-HI
Sample : Plastic ABS Resin
Measurement condition
Heating Temp. : 140°C
Analyzers : Heating and drying method moisture analyzer : MX-50
Result
Sample Weight(g) Moisture(%) Heating Time(min) Measurement Mode
10 0.425 12.1 Automatic(0.05%/min)
Sample : Plastic polymethyl methacrylate
Measurement condition
Heating Temp. : 100°C
Analyzers : Heating and drying method moisture analyzer : MX-50
Result
Sample Weight(g) Moisture(%) Heating Time(min) Measurement Mode
10 0.488 19.4 Automatic(0.05%/min)

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