• particle size control
• Tg control
• viscosity control
• core shell design
• crosslinking design

particle size control

• Resin dispersions with particle diameters of 0.02 to 10 μm can be produced.

Tg control

• Optimal Tg can be adjusted by resin design.

viscosity control

• Resin morphology can be controlled from soluble to heterogeneous systems.
• Viscosity can be controlled depending on the form of the resin.

core shell design

• Achieves both coating strength and flexibility.
• Film-forming properties at low temperatures can be improved.

	Calculation Tg[℃]	MFT[℃]	Strength	flexibility
Normal product	11	13	◎	×
core shell design product	11	Below 0℃	○	○

Balancing coating strength and flexibility

Low temperature film forming property (MFT measurement)

Phase separation structure of resin coating film

By controlling the phase separation structure of the resin, we not only achieve low-temperature film forming properties, but also achieve both strength and flexibility, which are often in a trade-off relationship.

crosslinking design

• Solvent resistance can be improved.
• The strength and elongation of the coating film can be controlled.
• The viscoelasticity of the coating film can be controlled.

Tensile test results

Viscoelasticity measurement results