세라믹 미세구조 제어 연구실(CMC Lab) > 개별연구실

• Room 325, Building 54 (Engineering Hall 4)

• Maximum temperature: 1700°C.

• An instrument that controls the internal atmosphere (H₂, Ar) during high-temperature heat treatment to prevent oxidation of materials prone to oxidation in air or to enable oxidation and reduction of materials stable in ambient atmosphere。

• Used for sintering materials requiring controlled oxidation and other chemical reactions.

Box Furnace

• Room 325, Building 54 (Engineering Hall 4)

• Maximum temperature: 1700°C.

• Equipment capable of heat treating various materials such as metals, ceramics, and polymers at a wide range of temperatures.

• Used for materials requiring high-temperature heat treatment.

Box Furnace

• Room 325, Building 54 (Engineering Hall 4)

• Maximum temperature: 1700°C.

• Equipment capable of heat treating various materials such as metals, ceramics, and polymers at a wide range of temperatures.

• Used for materials requiring high-temperature heat treatment.

• Room 325, Building 54 (Engineering Hall 4)

• Maximum temperature: ２００0°C.

• Equipment that heats materials in a sealed chamber where air is removed using a vacuum pump, creating an oxygen- and reactive gas-free environment specialized for preventing oxidation, decarburization, and contamination.

• Used for sintering materials that require controlled oxidation and other chemical reactions.

Cold Sintering Press

• Room 325, Building 54 (Engineering Hall 4)

• Maximum temperature: 250°C, maximum pressure: 40 tons.

• A uniaxial pressing and sintering system that simultaneously applies pressure and sinters, enabling high-density achievement at low temperatures.

• Used as a pretreatment before high-temperature heat treatment in fields such as energy materials and structural materials.

• Room 325, Building 54 (Engineering Hall 4)

• Maximum temperature: 1600°C; maximum heating rate: 50°C per minute.

• Equipment capable of ultra-fast sintering using microwave waves, significantly reducing the time required for the sintering stage, which is the most time-consuming part of the processing.

• Used in environments requiring rapid heating rates or uniform heating inside and outside; enables precise and reliable sample pretreatment with minimal defects during heat treatment processes.

Laser dilatometer

• Room 325, Building 54 (Engineering Hall 4)

• Measurement error: 8.0 µm; sampling rate: 16,000 points per second.

• Equipment that uses a laser light source to non-contact measure specimen length change trends, useful for materials with low strength or when contact-type dilatometers cannot be used.

• Suitable for applications where installation of contact-type dilatometers is limited or for measuring length change trends in low-strength materials.

Dilatometer

• Room 325, Building 54 (Engineering Hall 4)

• Measurement error: 0.5 µm.

• A contact-type instrument that measures specimen length change trends, offering low measurement error for high-resolution data acquisition.

• Suitable for applications requiring high-precision measurement of length change trends.

Planetary Mill

• Room 325, Building 54 (Engineering Hall 4)

• Maximum rotation speed: 650 rpm; maximum grinding capacity: 225 ml.

• A high-energy milling system that minimizes loss during grinding of hard, semi-hard, brittle, and moist materials, enabling faster milling compared to other methods.

• Used for milling hard materials or reducing milling time.

• Room 325, Building 54 (Engineering Hall 4)

• Maximum rotation speed: 1050 rpm; maximum grinding capacity: 1500 ml.

• A high-energy efficient milling system capable of processing large quantities at once, suitable for applications requiring uniform dispersion.

• Used for processing large quantities of material or experiments requiring uniform dispersion.

Auto Polisher

• Room 325, Building 54 (Engineering Hall 4)

• Bottom plate rotation speed: 20–700 rpm; head rotation speed: 20–150 rpm.

• Equipment that automatically polishes material surfaces to achieve a specified surface roughness and flatness.

• Used as a pretreatment for observing the microstructure of materials.

Universal testing machine

• Room 325, Building 54 (Engineering Hall 4)

• Maximum load capacity: 10 kN; sampling rate: 1000 Hz.

• High-precision universal testing machine capable of accurately performing tensile, compression, and bending tests on various materials such as metals, plastics, and ceramics; an electromechanical tabletop system.

• Used for standard testing of materials and structures, including tensile, compression, bending strength, shear, hardness, and torsion tests.

• Room 325, Building 54 (Engineering Hall 4)

• Minimum temperature: -60℃

• Equipment used for freeze casting, which utilizes anisotropic solidification of solvents in slurry to fabricate directional porous ceramics, polymers, metals, and composites.

• Used for the fabrication of porous ceramics.

• Room 325, Building 54 (Engineering Hall 4)

• Minimum temperature: -90℃

• Equipment used to remove internal solvents (water) after freeze casting by creating a low-temperature and vacuum environment inside the device to sublimate solvents within the specimen.

• Used to remove solvents inside specimens after freeze casting.

• Room 325, Building 54 (Engineering Hall 4)

• Maximum magnification: ×1000.

• Equipment used for observing the microstructure of specimens.

• Used for observing the microstructure of specimens.

3D printer

• Room 325, Building 54 (Engineering Hall 4)

• Compatible with ceramics, metals, and composite materials.

• A material extrusion 3D printing system that combines powder injection molding technology and additive manufacturing, used for fabricating three-dimensional shaped bodies by layering metal or ceramic materials.

• Used for producing complex-shaped printed objects.

• Room 325, Building 54 (Engineering Hall 4)

• Container 2L, 1L(2kg)

• Equipment used for dry mixing of powders without additional grinding.

• Equipment used for dry mixing of powders without additional grinding.