Melting Point Apparatus

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Melting Point Apparatus Specification

Measurement Range
50C to 350C

Automation Grade
Semi-Automatic

Accuracy
1C

Feature
Fast Heating, High Accuracy, Overheat Protection, Easy Viewing

Model No
MPA-01

Capacity
4 capillaries

Frequency
50 Hz

Core Components
Heater, Temperature Sensor, Digital Display, Capillary Holder

Voltage
220-240 V

Temperature Range
Ambient to 350C

Power Source
Electric (Mains Powered)

Equipment Materials
Metal Body, High-Grade Plastic Components

Type
Laboratory Melting Point Apparatus

Usage
Determination of Melting Point of Substances

Display Type
Digital Display

Dimension (L*W*H)
340 x 230 x 210 mm

Weight
Approx. 5 kg

Sample Capacity
Up to 4 samples simultaneously

Glass Window
Heat-resistant transparent window

Application
Suitable for pharmaceuticals, chemicals, and academic laboratories

Viewing Magnifier
Integrated magnifier for observation

Safety Feature
Thermal cut-off mechanism

Heating Rate
Selectable (1C/min to 10C/min)

Lamp Type
LED Illumination for Sample View

Capillary Diameter
1.4 mm (standard)

Start/Stop Control
Manual and Timer-based Operation

Cooling
Natural air ventilation

About Melting Point Apparatus

We are the prominent manufacturers and suppliers of a wide range of Melting Point Apparatus to our clients. Our ranges of these are fabricated using superior quality materials that are procured from reputed and certified vendors of the industry. This Apparatus determines the melting point of variety of products. It consists an accepting 3 capillaries and a thermometer. It has a built in electric heating element. The temperature is controlled by energy regulator.

Integrated Magnifier for Accurate Observation

Equipped with a built-in magnifier, this apparatus allows detailed visual monitoring of sample changes, ensuring precise determination of melting points. LED illumination further enhances visibility through the heat-resistant glass window, supporting accurate analysis across diverse sample types.

Advanced Safety with Thermal Cut-Off

Safety is prioritized with an automatic thermal cut-off mechanism. This feature actively prevents overheating during operations, safeguarding both the sample and laboratory personnel while maintaining consistent measurement reliability under frequent use.

Flexible and High Capacity Performance

Designed to accommodate up to four samples simultaneously, the apparatus supports capillaries with a standard 1.4 mm diameter. Selectable heating rates and a measurement range from 50C to 350C make it suitable for a broad spectrum of pharmaceutical, chemical, and academic research tasks.

FAQs of Melting Point Apparatus:

Q: How does the integrated magnifier benefit sample observation during melting point determination?

A: The integrated magnifier, combined with LED illumination and a heat-resistant glass window, provides clear and detailed visibility of your samples, allowing for accurate tracking of phase changes at the melting point.

Q: What is the process for measuring the melting point using this apparatus?

A: You insert up to four capillary tubes containing samples into the holder, set the desired heating rate on the digital display, and observe the samples as temperature rises. The melting point is determined visually, either manually or with timer control, as the sample transitions from solid to liquid.

Q: When should I use the thermal cut-off safety feature?

A: The thermal cut-off feature operates automatically and should be relied upon any time the apparatus is in use. It ensures the device shuts down in case of overheating, providing additional safety during prolonged operations.

Q: Where can this melting point apparatus be used effectively?

A: This apparatus is ideal for laboratories in pharmaceuticals, chemicals, and academia where high-accuracy melting point measurements are required, owing to its reliability and advanced safety features.

Q: What are the main benefits of selectable heating rates up to 10C/min?

A: Selectable heating rates allow you to optimize the analysis for different sample types. Faster heating is beneficial for routine checks, while slower rates improve accuracy for substances with narrow melting points.

Q: How does natural air ventilation contribute to the apparatuss operation?

A: Natural air ventilation assists in cooling the apparatus after heating cycles, promoting stable temperature control without the need for additional mechanical cooling systems.

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