Automatic Thermogravimetric Analyzer LTGA-T2013

Introduction

Automatic Thermogravimetric Analyzer operates from room temperature (RT) to 1200°C, offering versatility in thermal analysis. It provides a temperature resolution of 0.01°C for accurate measurements. With a weighing range of 1 mg to 3 g and sensitivity of 0.01 mg, it ensures precise sample handling. heating control enables exact temperature management with multi-stage and constant heating modes. Its automatic atmosphere control is ideal for thermal decomposition, material analysis, and moisture testing in industrial settings.

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

Applications

Our Automatic Thermogravimetric Analyzer is designed for precise temperature control and studying thermal stability. It is perfect for applications in industries such as plastics, rubber, coatings, pharmaceuticals, and catalysts.

Specifications

Temperature Range	RT to 1200°C
Temperature Resolution	0.01°C
Temperature Fluctuation	±0.01°C
Heating Rate	0.1 to 100°C/min
Crucible	Ceramic
Cooling Time	15 minutes (1000°C to 100°C)
Range of Balance	1mg to 3g
Balance Sensitivity	0.01mg
Holding Time	0 to 300 minutes free
Temperature Control	Heating, Constant temp
Test Conditions	Inertia, Oxidation, Reduction, Static and dynamic
Power Supply	AC220V 50Hz
Dimension	550 × 460 × 440 mm
Packaging Dimension	700 × 650 × 580 mm
Net Weight	30kg
Gross Weight	50kg

Features

Four-channel sampling system

Built-in Gas Flow Meter

7-inch color touchscreen

two-way communication

User-friendly software

Separate cooling system

High oxidation and corrosion resistance

FAQs

1. Can the Automatic Thermogravimetric Analyzer handle multiple types of analyses in one experiment?

The Automatic Thermogravimetric Analyzer is capable of handling multistep and multi-heating segment experiments in a single run. Users can combine various temperature ramps, isothermal holds, and gas atmosphere switches within one test method. This flexibility allows simulation of real-world thermal conditions such as pyrolysis, drying, or catalyst activation. As a result, it's useful for studying complex behaviors of composite materials or reactions that occur in stages.

2. What types of gases can be used with the Automatic Thermogravimetric Analyzer , and why are they important?

Automatic Thermogravimetric Analyzer supports inert gases like nitrogen or argon, oxidizing gases like air or oxygen, and reducing gases such as hydrogen or carbon monoxide. These gases are critical in simulating specific environments for various reactions like preventing oxidation during pyrolysis or inducing combustion for material burnout. The analyzer's ability to automatically switch between gases during a run enhances experimental flexibility and supports a broader range of thermal studies.

3. How is data managed and reported with Automatic Thermogravimetric Analyzer ?

Automatic Thermogravimetric Analyzer captures data continuously and processes it using proprietary software. It supports graphical output of curves, numerical data tables, and automatic generation of detailed reports. Users can export data via or for further analysis or record-keeping. This streamlines documentation and ensures traceability, making it ideal for regulated and research environments that demand high data integrity

4. Can the Automatic Thermogravimetric Analyzer detect both volatile loss and final residue?

The Automatic Thermogravimetric Analyzer provides detailed mass loss data across the entire temperature range, including early-stage volatile evaporation and late-stage decomposition or ash residue. Its high balance sensitivity (0.01?mg) ensures even small changes are recorded. This enables the user to distinguish between moisture loss, plasticizer evaporation, combustion of organics, and formation of inorganic residue. Such detailed profiles are crucial in multi-phase material analysis.

5. Can the Automatic Thermogravimetric Analyzer operate unattended or overnight?

Automatic Thermogravimetric Analyzer is designed for continuous and unattended operation. Once a thermal method is programmed, the system can run without manual supervision, with safety protocols in place for over-temperature protection and gas control. Data is automatically recorded and saved for review the next day. This makes the instrument well-suited for high-throughput labs or overnight thermal screening workflows.

6. What kind of maintenance does the Automatic Thermogravimetric Analyzer require?

The Automatic Thermogravimetric Analyzer is designed for low-maintenance operation but benefits from periodic cleaning of the balance chamber, crucible holders, and gas lines. Software prompts may remind users to calibrate the system using provided weights. The furnace and filters should be inspected periodically, especially if corrosive gases or residues are used. Routine checks ensure optimal performance and extend the instrument’s life, while support team can assist with more advanced servicing if needed.