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Introduction:
The principle of the melting point apparatus is based on the phase transition process of matter, that is, the transition from asolid to a liquid state. When measuring with a melting point meter, first place the sample to be tested in the sample chamberand ensure that the sample is in a solid state. Then, heat is applied to the sample through a heating system, graduallyincreasing the temperature of the sample. At the same time, the observation system records and displays the temperaturechange curve of the sample. When the sample reaches its melting point, the solid material begins to melt into a liquid stateThis process absorbs heat, causing a noticeable steep drop in the temperature curve. The melting point meter determinesthe melting point of a substance by monitoring this temperature change
Model | BMP-2C | BMP-1C | |
Measuring Range | RT~360° C | RT~400° C | |
Resolution | 0.1° C | ||
Linear heating-up rate | 0.1° C ~20° C/min | ||
TemperatureAccuracy | 0.4°C (≤200° C) 0.7°C (>200° C) |
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Repeatability | 0.3° C | ||
Capillary Size | φ1.4mm(outside diameter)φ1.0mm(inside diameter), 80mm (height) | ||
SampleLoading Height | 3mm | ||
Data Storage | 1000 sets | ||
Optional Accessories | printer | ||
Power Supply | AC 220V/110V±10%, 50/60HZ | ||
External Size | 360*290*270mm | ||
Package Size | 580*430*310mm |