About Dilatometer (Determination of Linear Thermal Expansion)
Salient Features- Specially designed cabinet in accordance with international standards
- Aesthetic outer appearance
- Adjustable feet with hard rubber bases
- Programmable heating rate
- Forced air heating
- Max temperature : 150°C
- Digital Gauge : 0.001 mm
- Sample holder & pushrod : quartz
- Max sample size : 10 x 50 mm (20mm diameter as a special order)
- Supply : 240 Volts, 50/60 Hz, single phase
- Overall dimensions : 380 x 450 x 580 mm
- Power : 0.5 kW
- Net Weight Kg : 20
Thermal cycle control software for use in a Windows environment
Note - Price will be change as per specification
Precision Thermal Expansion MeasurementOur dilatometer provides highly accurate readings for linear thermal expansion in a wide range of materials, making it essential for laboratories and quality control environments. The system utilizes stable power (240 Volt, 0.5K Watt) and advanced sensor technology to ensure precise measurements every time. This results in consistent data that supports rigorous research and development activities.
Engineered for Reliability and VersatilityDesigned and manufactured in India, this dilatometer suits diverse industrial and research applications. Its compatibility with standard single-phase AC power (50/60 Hz) ensures seamless integration into most lab settings. The instrument is robust, user-friendly, and delivers reliable performance, meeting the high expectations of manufacturers, suppliers, and academic researchers alike.
FAQs of Dilatometer (Determination of Linear Thermal Expansion):
Q: How does the dilatometer determine linear thermal expansion?
A: The dilatometer measures the change in length of a test sample as it is heated or cooled. By monitoring this dimensional change, the instrument calculates the coefficient of linear thermal expansion, providing accurate data for various research and industrial applications.
Q: What materials can be tested with this dilatometer?
A: This dilatometer is suitable for a broad range of solid materials, including metals, ceramics, plastics, and composites. Its widely used for quality control, material development, and academic research purposes.
Q: Where can this dilatometer be installed and used?
A: The instrument is designed for laboratory and industrial environments. Its operation on a standard 240 Volt, 50/60 Hz single phase AC supply makes it compatible with most facilities across India and in regions with similar electrical standards.
Q: What is the process of conducting a linear thermal expansion test?
A: A sample material is placed inside the dilatometer, which is then heated or cooled in a controlled manner. The device records the length change as temperature varies, and the resulting data is used to calculate the thermal expansion coefficient.
Q: When is the use of a dilatometer most beneficial?
A: A dilatometer is especially beneficial during material development phases, routine quality checks, and research activities that require precise knowledge of how materials react to temperature changes.
Q: What are the primary benefits of using this dilatometer?
A: The main advantages include accurate and reproducible measurements, compatibility with standard power supplies, ease of operation, and the ability to test a wide range of materials, supporting better material selection and quality control.