Marie’s Acrylic Colours 75ml
Marie’s Acrylic Colours are manufactured by our engineers according to artists’ need and international standard. They are regarded as the excellent products by experts. Marie’s Acrylic Colours are new-type drawing colours developed by our company as pioneering domestic products. After being reviewed by certified technician, this product won the prize by the Light Industrial products Department in the field of major scientific and technical achievements. Marie’s Acrylic Colours prossess a series of advantage, such as brilliant shade, good dryness and stability, excellent air permeability, strong adhesive power, good water resistance, not easy to fade etc. They can be employed to make painting or handwriting on paper, wood, textiles, cement and bamboo articles.
After using, the tools should be washed or dipped into the clean water in order to avoid becoming dry and hard.
After using, the tools should be washed or dipped into the clean water in order to avoid becoming dry and hard.
0.00 EGP
Availability: In Stock
PRODUCT DETAILS
COLOURS | |
bright colours and deep, richly pigmented, satin matt finish, very good lightfastness. Very adherent and indelible once dry, suitable for most surfaces. Can be mixed together. Resistant film and flexible to movement. | |
BRUSH CLEANING | |
water. | |
SURFACES | |
canvas, cardboard, wood, metal ... | |
DRYING TIME | |
touch dry between 30 minutes to 1 hour, thoroughly between 1-8 days depending on thickness. | |
DYNA | |
Studio Acrylics "Dyna" colours are obtained from pigments which render effects generally referred to as "pearlescent" effects. | |
The principle behind this is that these pigments are composed fomr layers of different materials, each having their own refractive index. | |
The base of such pigments often consists of mica, silicon dioxide or aluminium oxide onto which successive layers of other material are deposited. Titanium dioxide is often found here. | |
The effect provided by these pigments is achieved by a play of reflections/successive transmissions. The layers having each their own refractive index will each transmit a different portion of light and reflect another. They will consequently react by decomposing and recomposing incident light depending on their composition. |