당사에서 보유한 DSC는 0.04 μW의 감도로 엔탈피-비열변화를 측정하는 고감도 DSC로써, 매우 다양한 특성의 측정분석 서비스가 가능합니다.

• Glass transition temperature (유리전이온도, Tg)
• Specific heat capacity (비열, Cp)
• Temperature of fusion (용융점, Tm), Heat of fusion (용융열, ΔH)
• Latent heat (잠열), Fraction melted
• Crystallinity, degree of crystallization (결정화도)
• Temperature of crystallization (결정화 온도, Tc)
• Heat of crystallization (결정화열, ΔH), Cold crystallization (재결정화)
• Chemical reaction (화학반응), Curing (경화), Degree of cure (경화도, α), 경화열 (ΔH), post-curing
• Polymorphism (change of crystal modification), mesophase transition, solid-solid transition
• Evaporation, desorptioon (moisture), vaporization, sublimation
• Thermal decompostion (pyrolysis, depolymerization), Thermal stability (열안정성)
• Lambda transition and more

- DSC Temperature range: -50°C ~ 700°C
- Heating rate: 0.001 ~ 200 K/min
- Purge gas: Air, N2, O2 and Argon gas available by static or dynamic flow
- Temperature program: Dynamic, Isothermal, Iso-Dyn-Iso Multistep and TMDSC (Sinusoidal)

 온도변조 DSC(Temperature Modulated DSC, TMDSC), Sapphire Method Cp (DIN 51007), 반응속도 (Kintics), DSC Purity , 산화도입기(OIT ), IsoStep (TM), ASCII file의 DSC-TGA-TMA-DMA-MS-FTIR  측정 데이터 evaluation 등 고급분석 가능

•  Glass transition temperature (유리전이온도, Tg)

• Specific heat capacity (비열, Cp)

• Temperature of fusion (용융점, Tm), Heat of fusion (용융열, ΔH)

• Crystallinity, degree of crystallization (결정화도), Temperature of crystallization (결정화 온도, Tc)

• Heat of crystallization (결정화열, ΔH), Cold crystallization (재결정화)

• Chemical reaction (화학반응), Curing (경화), Degree of cure (경화도, α), 경화열 (ΔH), post-curing

• Polymorphism (change of crystal modification), mesophase transition, solid-solid transition

• Thermal decompostion (pyrolysis, depolymerization), Thermal stability (열안정성)