■ Advanced Structural Ceramic Forming Technologies
▶ Ceramic Injection Molding: Formulation design adjusts material flowability, enabling a wider
processing window and including debinding–sintering technology.
▶ CNC Precision Machining: Capable of machining alumina, zirconia, quartz, and sapphire for
customized ceramic and semiconductor components.
▶ Dry Pressing Technology: Powder grinding, dispersion, and spray-granulation produce
compressible spherical powders; controlled pressing ensures mass-production consistency.
■ Multi-Component Oxide Powder Synthesis Technology
▶ Chemical Synthesis: Soft-chemical and sol-gel methods synthesize multi-oxide nanopowders
for sputtering targets.
▶ Solid-State Synthesis: Low-cost, simple processing; micron powders can be refined and used
in glass-ceramics & injection feedstock.
■ Application
▶ Suitable for sportswear, innerwear and outdoor apparel.
■ Cosmetic Formulation Design Technology
▶ Formulation Design: Raw-material selection, compatibility, pH/water-activity evaluation, packaging
compatibility, preservative & allergen risk control.
▶ Microbial Testing: Preservative-efficacy testing per ISO11930/USP5(five challenge microorganisms)
▶ Toxicology Assessment: MIC defines minimum preservative level; MBC added for bactericidal
verification.
■ Contact Us
Material and Chemical Research Laboratories
Dept. of Advanced Ceramic Materials Research Laboratory(X100)
Chao-Jen Ho
Tel:03-5916925
E-mail:MaxwellHo@itri.org.tw