Highlight of Properties

 
l         Spherical fine particles with minimal aggregation.

l         Narrow size distribution; custom-adjustable

l         Flowable, dispersive, and slippery at high levels. Smooth, silky and pressable.

l          Low density and less tendency for precipitation

l          High heat- and solvent-resistance

l         Excellent acid- and alkaline-resistance

l          Wide compatibility & easy to disperse

 SEM of ACRYSPHERE™ MT-5

Applicatoins

Additives for
Cosmetics

Improve skin feeling, flow characteristics, matte finish and optical blurring of wrinkles. May be used for lotion, cream and other essence such as in skin care products, sun care products, and make-up products. Recommended loading is around 1% ~ 5% depending on particular formulations.
　

Additives for
Paint and ink

Matting agent, finish appearance enhancement agent and light diffusion agent. Also improve scratch resistance, and provide better feeling.
　

Additives for
Film

May function as anti-blocking agent when applied in polyolefin, PET and other films. Particles do not scratch and damage the films surface due to spherical shapes, and do not hinder light transmissions through films due to its highly transparent nature.
　

Others

May be used as evaporative pore-forming agent or evaporative binder for ceramic moldings; May be used as release improver for binder, fluid visualizing agent or adsorbent.

specifications

Product Code

MT-5

MT-10

MT-H-5

MT-H-10

MT-H-20

MT-H-30

MT-H-50

Particle size  (mm)

3-7

8-13

3-7

8-13

15-25

22-38

40-60

Degree of x-linkage

Standard

High

Appearance

Solid micron-sized spherical particles. White. Odorless.

pH

Neutral

Specific Gravity

1.19 (20℃)

Bulk Density

~ 0.75g/cc

Oil Adsorption

0.5 ~ 0.7 cc/g

Refractive Index

1.49

Decomposition Point

250 ~ 270℃

Storage

Under conditions that are cool, dry, covered, away from direct sunlight and free of airborne contaminates, ACRYSPHERE™ MT copolymers have an indefinite shelf life.

Disclaimer:  The information hereon has been compiled from sources which we believe to be reliable, but we assume no responsibility or liability for its accuracy or for the result of any application made of any information contained herein, nor do we assume any liability for infringement of any patent which may result from the application of such information.