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Solution

Hi-pearl

Themoplastic polymer with excellent wether resistance and transparency

Hi pearl mainly consists of themoplastic methacrylic ester polymer particles.Having high molecular weight with narrow morecular weight distribution,excellent in wether resistance,transparency.
Not only used in powder form,can be used in solvents/monomers.

Technologies

Methacrylate ester,styrene spherical polymer particles by suspension polymerization.

  • Molecular Weight(Mw) between 10,000 and 1,000,000
  • Tg between 20 and 120 degree C
  • Low level of residue monomers
  • Averge particle size between 5μm and 1mm

Possible Technologies

  • Particle size distribution
  • Refractive index
  • Modify by various functional groups

(Carboxyl group(carboxylic acid function),Hydroxyl group,Glycidyl group(epoxy function),Others)

ART PEARL

Spherical cross linked fine particle polymer with excellent solvent resistance and dispersibility

Art pearl is spherical cross linked fine particle polymer.As an organic filler Urethane type used in the area which requires excellent flexibility,toughness,low temperature stability and scratch resistance and (meth)acrylatetype is used for the application which requires excellent weather resistance.
Also pigmented types are available.

Technologies

Spherical cross-linked fine polymers (urethane and methacrylate ester type) by suspension polymerization.

  • Primary particles with no agglomeration
  • Average particle size between 0.1μm and 120μm
  • Easily dispersed in solvents and waterborne

Possible Technologies

  • Adjustment of hardness(from soft type to hard type)
  • Particle size distribution
  • Refractive index
  • Shape control (spherical, irregular, porous)
  • Containing various chemicals (inorganic and organic)
  • Modify by various functional groups over the surface(hydroxyl group etc)

ART RESIN

Urethane acrylate oligomer and reactive urethane polymer

Art Resin is urethane acrylate oligomer and reactive urethane polymer which is widely used in the area of EB,UV,visible light,room temperature curing type resin,modifier.The cured material can be constructed from rubber like type to high cured material. It is environmental friendly due to no solvents and cured with low energy. It can be used for plastics which cannot be heated.

Technologies

Urethane acrylate by polyaddition of active hydrogen compound and organic isocyanate.

  • Molecular Weight(Mw) between 500 and 100,000
  • High viscosity(~200,000mPa・s)

Possible Technologies

  • Molecular weight control of high molecular weight unit which contains high dedree of urethane bonding concentration.
  • Purification(lowering tin,alkali metals, halogen content)
  • Various molecular designs are possible from linear structure to multi-branched structure
  • Modify by various functional groups
    (Isocyanate group, Carboxyl group(carboxylic acid function) ,Hydroxyl group, Glycidyl group(epoxy function), Others)

PARACRON

Acrylic polymer with excellent flexibility and tackiness

Thermoplastic acrylic ester polymer with excellent wether resistance and adjustable flexibility, tackiness and adhesion.

Technologies

Acrylic ester type polymers by suspension polymerization method

  • Molecular Weight(Mw) between 200,000 and 1,500,000
  • Glass transition temperature (Tg) between -60℃ and 90℃
  • Low level of residue monomers

Possible Technologies

  • Supply of low Tg, adhesive polymer solution (solvent, monomer)
  • Modify by various functional groups
    (Carboxyl group(carboxylic acid function),Hydroxyl group,Glycidyl group(epoxy function),Others)

ART CURE

Reactive acrylic polymer

This is a reactive acrylic polymer containing a reactive group in a side chain of the acrylic structure.It shows great adhesion to various substrates, and excellent wether-resistant.We can supply a non-solvent type, and also arrange for soft to hard types.As this is a UV curing type of resin, so it can be called an Eco-frendly and energy-saving product.

Technologies

Suspension polymerization, a polymerization of (meth) acrylic ester resin and an additive reaction of (meth) acrylate group in a Solution.

  • Molecular Weight(Mw) between 10,000 and 1,000,000
  • Glass transition temperature (Tg) between -60℃ and 200℃
  • Double bond equivalent between 250 and 20,000

Possible Technologies

  • Supply of polymer solution (solvent, monomer)
  • Modify by various functional groups
    (Carboxyl group(carboxylic acid function),Hydroxyl group,Glycidyl group(epoxy function),Others)