ティー・エイ・インスツルメント・ジャパン （TAInstruments） Official site

Monitor the vapor adsorption and desorption behavior through weight change! Evaluation possible under high-pressure conditions up to 700 bar from vacuum.

For details, please refer to the catalog. 【Applications】 ☆ Thermal analysis / glass transition, crystallization, thermogravimetric analysis, curing reactions, expansion rate, thermal conductivity, shrinkage rate, effects of moisture, etc. ☆ Viscoelasticity measurement (rheology, rheometer) / viscoelasticity, elastic modulus, viscosity, stress relaxation, creep, master curve, residual strain, molecular weight, molecular weight distribution, etc. ☆ Calorimetry / intermolecular interactions, crystallization, amorphousness, aggregation/precipitation, dispersibility, solubility, compatibility, wettability, stability, adsorption, etc.

Introducing the "DIL806," capable of measuring thermal expansion rates without contact. It is an ideal tool for measuring amorphous and soft samples.

The optical expansion measurement method of DIL 806 is an absolute process that is not affected by the testing apparatus, and does not require adjustments or calibrations according to the temperature program. It uses high-performance LEDs and high-resolution CCD sensors to measure changes in sample dimensions with high precision. - An absolute process unaffected by the expansion or contraction of the testing apparatus - No adjustments or calibrations required according to the temperature program - High-speed response allows for analysis of multiple temperature steps and dynamic processes - High-performance LEDs illuminate the sample with planar light - High-resolution CCD sensors detect the shadow of the sample - Digital edge detection processors evaluate dimensional changes with high precision - Enables dimensional measurement corresponding to temperature changes using the shadowed light method - Ideal for measuring metal and plastic samples - Thin samples can also be analyzed with a dedicated holder - Sample preparation is simple and user-friendly for beginners - Automatically determines the initial length and calculates the linear thermal expansion coefficient - Supports rapid heating up to 100°C/min and cooling from 1400°C to 50°C in under 10 minutes

Measurement of thermal expansion in the vertical direction is possible! The highest sensitivity is guaranteed by a high-resolution inductive sensor (LVDT).

DIL 821 ■Sample length: 0–25 mm ■Sample diameter: 12 mm ■Material of sample holder: Quartz glass, Al2O3, Sapphire ■Contact force: 0.01 – 1.0 N ■Change in length: 5 mm ■Resolution AL°C: 1 nm, 0.05°C ■α accuracy: 0.03 x 10^-6 K^-1 ■Atmosphere: Vacuum, inert gas, air ■Temperature range: RT – 1100°C (Type S) RT – 1500°C (Type S) 100 – 1700°C (Type B) DIL 822 ■Sample length: 0–25 mm ■Sample diameter: 6 mm ■Material of sample holder: Graphite, Al2O3 ■Contact force: 0.01 N – 1.0 N ■Change in length: 5 mm ■Resolution AL°C: 1 nm, 0.05°C ■α accuracy: 0.01 x 10^-6 K^-1 ■Atmosphere: Vacuum, inert gas, air (with gas unit including mass flow controller and vacuum unit) ■Temperature range: RT – 2000°C (Type C) 300 – 2300°C (Pyrometer)

Introducing the "DIL802/802L," capable of high-precision dual sample measurement.

■Measurement range: -160°C to 1700°C ■Measurement environment: Vacuum, inert gas, air ■Furnace: Horizontal configuration, replaceable ■Temperature uniformity: High ■Displacement measurement: High-resolution LVDT ■Measurement system: Quartz glass, alumina, sapphire, graphite, tungsten ■Temperature measurement: Thermocouples, pyrometers ■Sample: Metals, plastics, ceramics, thin samples

This is an introduction to the "DIL802/802L," which is skilled in dynamic temperature programs used for shrinkage rate control sintering (RCS) and measurements in low-temperature regions.

■Measurement range: -160°C to 1700°C ■Measurement environment: Vacuum, inert gas, air ■Furnace: Horizontal configuration, interchangeable ■Temperature uniformity: High ■Displacement measurement: High-resolution LVDT ■Measurement system: Quartz glass, alumina, sapphire, graphite, tungsten ■Temperature measurement: Thermocouples, pyrometers ■Sample: Metal, plastic, ceramic, thin samples ■Sample length: 0 to 50 mm ■Sample diameter: Up to 7 or 10 mm (after conversion to DIL 801, 14 or 20 mm) ■Length resolution: 10 nm ■Temperature resolution: 0.05°C ■α accuracy: 0.01 x 10^-6 K^-1 ■Contact force: 0.02 to 1 N, adjustable

Introducing the "DIL801," which allows measurements in air, vacuum, and inert gas purge, and the "DIL801L," which is ideal for evaluating the properties of ceramic materials.

Measurement range: -160°C to 2300°C ■ Measurement environment: Vacuum, inert gas, air ■ Furnace: Horizontal configuration, replaceable ■ Temperature uniformity: High ■ Displacement measurement: High-resolution LVDT ■ Measurement system: Quartz glass, alumina, sapphire, graphite, tungsten ■ Temperature measurement: Thermocouples, pyrometers ■ Sample: Metals, plastics, ceramics, thin samples ■ Cooling rate: Up to 100°C/min, cooling from 1400°C to 50°C in less than 10 minutes

Achieve high-precision measurements with the "DIL805 Series," capable of advanced characteristic evaluation and optimization!

DIL 805A/D Temperature range: -150°C to 1300°C, 50°C to 1700°C Heating method: Induction heating, power control at steady sine frequency by amplitude adjustment Sample materials: Electrically conductive hollow or solid Sample shape: Outer diameter 5mm, length 10mm, optionally outer diameter 1mm to 22mm Length resolution: 50 nm Temperature resolution: 0.05°C Atmosphere: Inert gas, vacuum, air Heating rate/cooling rate: 100°C/second Deformation force: Maximum 20.0 kN Deformation speed: 0.01 to 200 mm/second Strain rate φ: 0.001 to 20.0 s^-1 True strain φ: 0.05 to 1.2 Minimum gauge length: 3 mm Number of deformation steps: Any number Rest time between deformation steps: 40 msec Data recording speed: 30000 records/second for each parameter For inquiries about DIL 805A/D/T and DIL 805A, please contact us separately.