Melting Point Apparatus LDMP-T2020

Introduction

Melting Point Apparatus offers desktop design, visual melting point apparatus is of reliable performance. The Temperature ranges from Room temperature to 280˚C and offers 0.1˚C minimum digital display. Designed with and perfumes and other organic crystal substances to determine purity. Measurement method is in conformity with the standard of pharmacopoeia. It Measures three samples at the same time and calculate average value of initial and final melting points automatically.

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

It finds application across finding meting point of oil and fat in food and drug industry, biochemistry, medicines, mining, water management industry.

Specifications

Measurement range	Room temperature to 280˚C
Heating conducting medium	Silicon oil
Minimum digital display	0.1˚C
Linear heating up rate	0.5, 1.0, 1.5, 3.0 ˚C/min
Accuracy	≤ 200˚C, ± 0.4˚C, 200˚C, ±0.7˚C
Repeatability (Standard Deviation)	0.3˚C (heating rate 1.0˚C/min)
Size of capillary	Φ 1.4 mm (outside diameter) Φ 1.0 mm (inside diameter) Length: 120 mm
Number of capillary	3
Loading height of Sample	3 mm
Display
Interface	RS232
Dimension	390 × 390 × 520 mm
Gross Weight	13 kg

Features

Designed with display

Temperature ranges from Room temperature to 280˚C

Equipped with heating conducting medium silicon oil

Offers 3 mm loading height of sample

It Measures three samples at the same time

Automatically calculate average value of initial and final melting points

FAQs

1. What types of samples can the Melting Point Apparatus test?

The Melting Point Apparatus is suitable for testing a wide range of samples, including pharmaceuticals, organic compounds, and other crystalline materials. It can handle small quantities using capillary tubes. This versatility makes it useful in many labs for purity and quality checks. It is not limited to any specific industry.

2. Can the Melting Point Apparatus measure multiple samples at the same time?

Melting Point Apparatus can test up to three samples simultaneously using separate capillaries. This feature increases throughput and efficiency, making it ideal for busy labs or quality control environments. Testing multiple samples together saves time without sacrificing accuracy. It also allows easy comparison between samples during analysis.

3. How does the user interact with the Melting Point Apparatus during testing?

Melting Point Apparatus is operated through a set of simple buttons located near the screen. Users input settings like heating rate and starting temperature using these controls. During testing, the melting behavior is viewed through a lens or magnifier, and temperature changes are tracked on the display. The interface is designed for ease of use with minimal steps.

4. Does the Melting Point Apparatus support data transfer?

The Melting Point Apparatus includes an RS232 communication port that connects to external devices like computers or printers. This enables straightforward export of melting point data for documentation and analysis. While the device doesn’t have built-in data storage, the ability to transfer results electronically helps maintain accurate records. This feature supports labs in complying with regulatory standards and streamlining workflows.

5. What makes the Melting Point Apparatus different from traditional manual melting point methods?

Melting Point Apparatus automates temperature control and provides digital readings, reducing user error. It improves accuracy and repeatability by eliminating guesswork from analog thermometers. The ability to test multiple samples at once also increases efficiency. Overall, it simplifies the process and saves time for the user.

6. What safety features does the Melting Point Apparatus have?

The Melting Point Apparatus includes automatic shut-off and over-temperature protection to ensure safe operation. The use of silicon oil as a heating medium is contained within the apparatus, minimizing exposure risks. The device’s design prevents accidental contact with hot surfaces during use. These features help protect users and maintain a safe lab environment.