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Simultaneous Thermal Analyzer

Name: Simultaneous Thermal Analyzer
Brand: DEEKSHA ANALYTICAL PVT LTD
Price: 1500000 INR
Availability: InStock

Price 1500000 INR/ Piece

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MOQ : 01 Piece

Simultaneous Thermal Analyzer Specification

Humidity
30%95% RH (non-condensing)

Specimen Size
Max. 8 mm diameter or 10 mg

Display Type
Digital LCD Display

Interface Type
USB & RS232

Gas Pressure
0.20.5 MPa

Measuring Range
0100% weight loss

Power Supply
220V/50Hz

Number of Specimens
1

Equipment Type
Simultaneous Thermal Analyzer (STA)

Test Range
01500C

Temperature
Ambient to 1450C

Port Size
Standard gas inlet 6 mm

Operating Voltage
220 V AC, 50/60 Hz

Application
Material thermal analysis for research and quality control (TG/DTA/DSC)

Frequency
50/60 Hz

Automation Grade
Automatic

Resolution
0.01 g (weight); 0.01C (temperature)

Accuracy
Temperature 0.1C, Weight 0.01 mg

Mounting Type
Benchtop

Response Time
1 s

Features
Multiple gas switching, auto calibration, enclosed furnace, software-controlled operation

Usage
Thermal and weight analysis

Machine Weight
Approx. 75 kg

Test Speed
up to 30C/min (heating rate)

Control Mode
Microprocessor controlled

Heat Rate Control
Programmable, software-based

Temperature Program Segments
Up to 30 programmable steps

Data Output
Software exportable in CSV/Excel format

Sample Holders
Platinum crucibles

Cooling Time
< 30 min (from 1000C to 100C)

Multi-mode Analysis
TGA, DSC, DTA combined

Atmosphere Type
Static/Flowing, inert or reactive gas

Furnace Type
Ceramic, high-efficiency

Balance Type
Horizontal, microbalance

Heater Type
Wire wound, rapid heating

Safety
Over-temperature protection and alarm

Air Supply Required
Clean dry air for purge

Sensor Type
Pt/Pt-Rh thermocouple

Software
Windows compatible, advanced data analysis

Compliance
CE Certified

About Simultaneous Thermal Analyzer

STA features 0.1microgram balance resolution, advanced control algorithms with cutting edge design. Our highly sensitive heat flux plate provides accurate and reproducible heat flow data along with simultaneous weight measurement during the entire experiment. The instrument is ideally suited for evolved gas analysis, with its low purge gas flow and excellent sample environment. The STA can be configured to meet all your specific thermal analysis testing needs.

High-Precision Multi-Mode Analysis

Experience simultaneous thermal analyses including TGA, DSC, and DTA within a single test cycle. The ceramic-furnace with platinum crucible holders ensures reliable heat distribution and chemical durability, while the microbalance delivers weight accuracy up to 0.01 mg across a test range of up to 1500C. Benefit from real-time insights into weight change and thermal properties for rigorous material studies.

Advanced Software & Data Management

Control your experiments and analyze data effortlessly with Windows compatible software. The platform provides up to 30 customizable temperature segments, automatic calibration, multi-mode gas switching, and instant data export to CSV or Excel. Advanced data analysis tools help in optimizing research and enhancing reporting accuracy, complemented by digital LCD display for process visualization.

Safety, Reliability, and Compliance

Safety is prioritized with over-temperature protection, enclosed furnace design, and alarm systems, all conforming to CE certification standards. The rapid heating wire-wound furnace ensures efficient operation, while the automatic, programmable control mode ensures consistent results. Clean dry air purge and robust construction support reliable operation under variable laboratory conditions.

FAQ's of Simultaneous Thermal Analyzer:

Q: How does the Simultaneous Thermal Analyzer perform multi-mode analyses like TGA, DSC, and DTA concurrently?

A: The instrument is designed to measure thermogravimetric (TGA), differential scanning calorimetry (DSC), and differential thermal analysis (DTA) parameters using a single sample in one testing run. Its advanced sensor system and microprocessor enable collection of all three datasets simultaneously, saving time and improving accuracy for comprehensive material research.

Q: What types of atmospheres can be used in the analyzer, and how are they controlled?

A: The analyzer supports both static and flowing atmospheres, using either inert (e.g., nitrogen, argon) or reactive gases as needed. Gas flow and switching are fully controlled by the software, with straightforward connections via a standard 6 mm gas inlet, and safe operation ensured by maintaining gas pressure between 0.2 - 0.5 MPa.

Q: When is cooling required, and how quickly does the instrument cool down?

A: Rapid cooling is crucial after high-temperature experiments to prepare for new samples or maintenance. This analyzer cools from 1000C to 100C in less than 30 minutes, minimizing downtime and maximizing laboratory efficiency.

Q: Where can the data output from the system be accessed and what formats are available?

A: All measurement data is easily exported via USB or RS232 interfaces in CSV or Excel formats using the instrument's dedicated Windows-compatible software, enabling seamless transfer and further analysis on external computers or laboratory management systems.

Q: What is the process for calibrating the Simultaneous Thermal Analyzer?

A: Calibration is handled automatically by the software. Routine calibration cycles can be scheduled to ensure consistent accuracy, using built-in calibration routines and reference materials, thus maintaining the high precision required for weight and temperature measurements.

Q: How does the enclosed ceramic furnace benefit my thermal analysis applications?

A: The enclosed ceramic furnace ensures uniform thermal environments, protects sensitive samples from external contamination, and provides resistance to chemical reaction, making it suitable for diverse material analyses involving both inert and reactive atmospheres.

Q: What are the key benefits of using this analyzer for research and quality control?

A: The system offers high measurement accuracy, repeatable auto-controlled testing, rapid temperature changes, robust safety features, and comprehensive data analysis tools, making it invaluable for advanced research settings and stringent quality control processes.

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