ADVANCE RIKO will try a new field with its various thermal technologies like Infrared Gold Image Furnace and Seebeck Coefficient/Electric Resistance Measurement System(ZEM).

Thermal analysis evaluations

Equipment that performs measurements related to the basic properties of materials including changes in weight, thermal expansion, and specific heat measurements. Low-expansion measurements by ADVANCE-RIKO’s unique technique, Laser thermal dilatometer and weight measurement experiments in a high vacuum can also be performed.

Thermogravimetry / Differential Thermal Analyzer, Gravimetry, DTA

Simultaneously measure changes in weight and calorimetric curves.
This system is capable of evaluating the heat resistance of plastics, research and development of ceramic binders and thermoelectric materials, ash content analysis of coal, and determining the quantity of carbon in rubber.
It also uses an Infrared Gold Image Furnace, so it can perform measurements with rapid heating and cooling.

Changes in weight Measurement
temperature range
Measurement
atmosphere
Sample shape and Size
RT to 1500°C Air
Inert gas
(Low-pressure)
φ 4  x 4 mm
or
Within φ 6 x 6 mm

Introduction of available product

Thermodilatometer / Thermal expansion, Thermal expansion rate measurement

Measures the thermal expansion and contraction of solid samples. It also uses an Infrared Gold Image Furnace, so it can perform measurements with temperatures increased in steps.

Thermal expansion
Contraction
Measurement
temperature range
Measurement
atmosphere
Sample shape and Size
RT to 1400 °C Air
Inert gas
φ 6 x 10 mm to 20 mm

Introduction of available product

Thermal Expansion Equipment by Laser Interferometer / Thermal expansion measurement, Low expansion measurement

With a detection resolution of 20 nm, precise expansion measurements of low expansion materials and electronic component materials can be performed.
Also capable of performing expansion measurements in the film thickness direction.

Thermal expansion Measurement
temperature range
Measurement
atmosphere
Sample shape and Size
-150 °C to 200 °C Low-pressure helium gas Solid
φ 6 mm x 12 mm
bullet shape
RT to 700 °C Vacuum
Low-pressure helium gas
-150 °C to 200 °C Low-pressure helium gas Film
6 mm square or φ 6 mm
x 50 µm to 1 mm
RT to 700 °C Vacuum
Low-pressure helium gas

Introduction of available product

Heating observation

Allows observations of the crystal transformation of metallic materials, observations of deposition and solidification, and observations of the molten state and deposits of various materials.

High-temperature
observations
Measurement
temperature range
Measurement
atmosphere
Sample shape and Size
RT to 1500 °C Air
Inert gas
φ 4 mm x 3 mm

Introduction of available product

Thermogravimetry measurement under high vacuum <vacuum thermobalance>

Capable of easily measuring the saturated vapor pressure and thermal behavior of polymer materials by measuring changes in weight.

Changes in weight Measurement
temperature range
Measurement
atmosphere
Sample shape and Size
RT to 1000 °C Vacuum φ 4 mm x 4 mm or φ 7.5 mm x 8 mm

Introduction of available product

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