DILATOMETRY PUSH-ROD AND OPTICAL
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DILATOMETRY PUSH-ROD AND OPTICAL

HIGH-PERFORMANCE DILATOMETERS A dilatometer is a precision instrument for the measurement of dimensional changes in material as a function of temperature. Dilatometry can be used to test a wide range of material including traditional and advanced ceramics, glasses, metals, and polymers. It provides measurements of a wide variety of properties including linear thermal expansion, coefficient of thermal expansion, sintering temperature, shrinkage steps, phase transitions, density change, softening point and decomposition temperature, anisotropic behavior, and glass transition temperature. No...

DILATOMETRY and the Measurement of DIMENSIONAL CHANGES Understanding DILATOMETRY MEASUREMENT TECHNOLOGIES: PUSH-ROD vs. OPTICAL In a dilatometry experiment, a sample is placed into a holder with one end brought into contact with a push-rod. Alternatively, for a non-contact measurement, the sample is framed by optical CCD sensors. The sample and holder are then enclosed within a furnace where the sample is subjected to a prescribed temperature program of heating, cooling, or isothermal conditions. During the experiment, the linear dimensional change (expansion or contraction) of the sample...

Push-rod Dilatometry True DifferentialTM Technology Sapphire Certified Reference CTE: True DifferentialTM vs. Quasi-Differential Unique True Differential™ Technology Provides UNMATCHED PRECISION and ACCURACY for THERMAL EXPANSION MEASUREMENTS The main components of a push-rod dilatometer are a measuring head consisting of a displacement sensor True Differential™ vs. Quasi-Differential and force controller to apply load to the sample, a measuring system consisting of a sample holding tube and a movable furnace. The sample is sandwiched As the temperature changes during an records a signal...

HIGH-RESOLUTION HORIZONTAL DILATOMETER DIL 830 Series The DIL 830 Series features an impressive array of unique technologies and capabilities that make it the ideal choice for any R&D laboratory in need of the most accurate measurements of dimensional properties of materials. The instruments include exclusive True Differential™ technology, optical encoder displacement sensor, new fast-cool dynamic and motorized furnaces, measuring head housing with active thermal stabilization, touch screen display, and the new linear sample load motor. The result is the highest performing horizontal...

ADVANCED VERTICAL DILATOMETER DIL 820 Series VERTICAL DESIGN for the Most CHALLENGING APPLICATIONS Features and Benefits: • Exclusive True Differential™ technology reduces reliance on system calibrations and provides industry-leading CTE accuracy of 0.01 x 10-6 K-1 DIL 820 Series dilatometers operate in a vertical orientation making them uniquely capable of conducting experiments simply not possible on a horizontal design. Some examples include applications where displacement from expansion or shrinkage is large such as Rate Controlled Sintering (RCS), higher temperature applications up to...

DIL 820 & 830 SERIES PERFORMANCE DATA Measurement of Nanoscale Expansion on 650 Micron Thick Sample True Differential™ technology, available on DIL 822 and DIL 832 models, delivers unparalleled performance right where it is most needed in dilatometry: CTE accuracy. With the industry-leading value of 0.01 x 10-6 K-1, it provides the confidence in analysis scientists and engineers require for testing and evaluating today’s high-value and high-performance materials. Note: Refer to page 5 for a detailed explanation of the True Differential TM approach. Optical Encoder Measures Nanoscale...

SPECIFICATIONS DIL 820 & 830 SERIES FURNACE OPTIONS Depending on furnace option. See furnace specifica

HORIZONTAL DILATOMETER DIL 800 SERIES All TA Instruments 800 Series horizontal dilatometers are precision instruments employing state-of-the-art Linear Variable Differential Transducer (LVDT) and digital amplifier technology. They are available in single-sample, dual-sample, and True Differential™ configurations. Version “L” models perform tests in air only, making them ideally suited for characterizing ceramics or other materials processed in air. Standard models can be run in air, inert, reducing, or vacuum atmospheres. These Traditional HORIZONTAL DESIGN, INDUSTRY-TESTED, RUGGED and...

DIL 800 SERIES PERFORMANCE DATA Sapphire Standard: CTE Measurements from -150 °C to 1500 °C Rugged and Reliable Transducer Technology Accurate and Consistent Over Broad Temperature Range Differential Transducer (LVDT) and digital amplifier technology. These transducers are thermally-stabilized and designed to be shock-proof for the ultimate in sensitivity, accuracy, precision and ruggedness. Every changes that these materials experience. The 802 True Differential™ Dilatometer provides that efficient contact is maintained even during processes that may involve contraction of the sample....

FURNACE OPTIONS DIL 800 SERIES SPECIFICATIONS All DIL 800 Series horizontal dilatometers can be configured with a wide range of furnace options depending on the temperature range requirements. Furnaces are easily interchangeable, providing the utmost in configuration flexibility. Multiple furnaces of the same type can also be used to increase throughput on a single instrument. (*) Depending on furnace option. See furnace specifications for full details.

CONTACTLESS MEASUREMENTS make Unconventional Dilatometry POSSIBLE TA Instruments’ patented Shadow-Meter technology(1) allows contactless measurements of thermal expansion and contraction of thin or irregularly shaped samples of soft materials. Unaffected by system thermal expansion that can be caused by changes in temperature, the DIL 806 offers an intrinsically absolute measurement and does not need the test-specific calibrations that are required with traditional push-rod dilatometers. Features and Benefits: • Patented design requires no contact with sample allowing for maximum...