Melting Point Apparatus LDMP-T2012

Introduction

Melting Point Apparatus is an automated melting point apparatus to measure melting point of powdered materials with melting point temperature range up to 320°C. It features colourful touch screen display with a test mode to clearly see three samples melting situation and get three samples individual and average value. The high preheating rate offers reliable measurements in any temperature range.

This melting point apparatus is designed to meet the rigorous requirements of modern laboratory operations, ensuring high precision, reliability, and ease of use for various experimental applications.

Applications

Melting Point Apparatus is widely using in chemical industry and medicine, it is necessary in instrument for the production of food, drugs, spices, dyes and other organic crystal substances.

Specifications

Temperature Range	RT to 320°C
Cooling Function	NO
Sample Cell	Capillary tube
Sample Tube	External diameter: 1.6 mm internal diameter: 1.2 mm
Resolution	0.1°C
Temperature Increase Speed	0.1°C to 10°C (100 temperature point infinitely adjustable)
Temperature Control Method	control temperature, Fully closed design of furnace body
Accuracy	±0.4°C (˂ 250°C), ± 0.7°C (˃ 250°C)
Repeatability	When 0.1°C/Min, repeatability ± 0.3°C
Display	high resolution Colourful touch screen
Output	RS 232 interface
Dimension	250 mm × 250 mm × 150 mm
Power consumption	100 W
Power Supply	100 V to 240 V, 50 Hz to 60 Hz
Weight	1.2 kg

Features

Colourful touch screen display

Increasing temperature speed can easily set from 0.1 to 10°C/ min

Microprocessor temperature controlled system

High resolution microscope lenses can observe sample clearly

Display Test Mode: Can clearly see 3 samples melting situation and get 3 samples individual and average value

Easy setting to pre-set temperature, heating rate, stop temperature

Built-in cooling fan can easily cool down temperature and test next samples

Fully closed design of furnace body to avoid any fire hazard for the user

Output interface is RS 232

Equipped with sample tube up to external diameter of 1.6 mm and internal diameter of 1.2 mm

FAQs

1. What is the purpose of a Melting Point Apparatus ?

Melting Point Apparatus is used to identify the temperature at which a substance transitions from solid to liquid. The test helps determine compound purity and identity. The presence of impurities alters the melting point range, making this a key method in quality assurance. It is designed to simplify this process in lab settings.

2. How is a melting point test typically performed on Melting Point Apparatus ?

The Melting Point Apparatus carries out the test by heating a small sample placed in a capillary tube. The user observes the temperature at which the sample melts and records the result. It offers digital monitoring to assist in this observation. The process is widely adopted in routine lab operations.

3. How does the Melting Point Apparatus detect impurities in a sample?

Melting Point Apparatus detects impurities by accurately measuring the lowering and broadening of the melting point range. device captures these changes to help identify sample purity. precise temperature control ensures reliable detection of even small impurities. This is important in quality control and research to ensure compound integrity.

4. Can Melting Point Apparatus test different types of samples?

The Melting Point Apparatus is optimized for crystalline solids and powders packed into capillary tubes. The apparatus is commonly used for pharmaceuticals, organic compounds, and other solid samples. system is not designed for liquids or highly volatile materials, which require different testing methods. The sample preparation is straightforward and fast, suited for routine lab workflows. This versatility makes it a valuable tool for various industries.

5. How is test data exported or recorded in Melting Point Apparatus ?

Melting Point Apparatus features an output for connection to printers or computers. software solutions allow easy data transfer and storage for documentation. system supports real-time monitoring and printing of melting point results. This facilitates compliance with quality standards and regulatory requirements. Proper data handling ensures reliable record-keeping and traceability.