Our phenolic molding compounds especially used for mechanical and structural
parts are reinforced mainly by glass fiber. To take the advantage of those features,
such as heat resistance, creeping property-proof, accuracy of dimension, and mec
-hanical strength and our penolic
molding compounds are being expanded as a material for metal substitution to v
-arious kinds of functional components , such as engine peripheral equipment,a
pump associated part, and a brake associated part.
Our phenolic molding compounds are used also for electronic autoparts.
Originally, since the balance of phenolic molding compounds of the characteristics,
such as electrical insulation properties, heat resistance (the intensity between heat,
rigidity, dimensional stability), chemical resistance, and accuracy of dimension, and
cost is excellent, our materials are suitable for customers’ needs, such as a “weight
saving” and “cost reduction.”
Excellent mechanical strength, heat resistance, humidity resistance and dimensio
-nal stability improve revolution at burst and bar-to-bar movement for noise redu
-ction and brush wear.
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Processability such as slitting, press-fitting of shaft and fusing is also excellent.
Our high reliable non-ammonia grade has extremely low metal corrosion and ex
-cellent electrical properties.
High heat resistance over 400°C meets high cycle requirement in solder reflow p
-rocess of SMT.
Many kinds of thermoplastics lose their mechanical strength to get non-halogen
flame retardancy. Our non-halogen flame retardant phenolic molding compounds
for transformer bobbin has high mechanical strength with cost-effectiveness. Maj
-or grades are approved for UL1446 insulation system (Class B).
Good balance of CTI (comparative tracking index) and mechanical strength for h
igh frequency and high voltage requirement in electrical components.