Composite material properties depend on physical properties of materials and the state of interfaces. To set the optimal process conditions, reaction parameters and conversion rate of resin must be analyzed through various precision instruments. Furthermore, understanding the material damage factors by observing the structure of interface morphology to ensure optimal product quality.
‧ Glass transition temperature
‧ Rate of cure
‧ Melting point
‧ Glass transition temperatures
‧ Melting point &Boiling point
‧ Crystallization time & temperature
‧ Percent of crystallization
‧ Heat of fusion and reaction
‧ Specific heat
‧ Oxidative stability
‧ Rate of cure
‧ Degree of cure
‧ Reaction kinetics
‧ Purity
‧ Thermal stability
‧ Glass transition temperature
‧ Modulus/viscosity
‧ Gelation point
‧ Glass transition、melting、post-curing
‧ Curing、gel time、minimum viscosity.
‧ Microcosmic of composite
‧ Surface feature
‧ Analysis of composite defect
‧ 1. tiny composition
‧ surface feature
‧ atomic number contrast
‧ defect analysis
‧ Distribution of fiber, resin &void
‧ Analysis of composite defect
‧ Arrangement of Lay-up
‧ Magnification in the range of 50x to 800x
‧ Viscosity
‧ G’, G”
‧ Fluid character Analysis
‧ Viscosity
‧ Yield stress
‧ Viscoelasticity
‧ Gel point
‧ Compression strength/modulus
‧ tensile strength/modulus
‧ flexural strength/modulus
‧ Compression strength/modulus
‧ tensile strength/modulus
‧ flexural strength/modulus