Remarks:
Maximum Temperature: 1230 °C
Residue #400:Residue #400:
Glaze Effects are translucent water-based colors used to create beautiful decorative finishes such as marbling, shabby chic, burnishing and color washing. Use over Water Based Wood Stains, Milk Paints, Chalk Style Paints and Pearl Effects. Glaze Effects can be intermixed or layered to create custom colors.
These stains are added to glaze at 1% to 10% approximately. If the stain is stirred into the glaze, a speckled effect results. If glaze is screened several times through an 80 mesh sieve, a more uniform color is obtained. Opaque glazes produce pastel shades. Transparent glazes give bright colors.
The Manufacturing process begins with the raw materials being automatically mixed (Sand, Silica, Limestone, Soda Ash and chemicals for colouring) fed into a furnace where theyare super-heated and fused. This molten glass or 'gobs' is then poured into different machines designed for two methods.
Based on the type of glass, its raw materials are collected and different compositions are sent to the manufacturing process.
Pigments are Plastic colorants as chemical compounds used to color plastic. Those compounds come in a form of dyes and pigments. The type of a colorant is chosen based on the type of a polymeric resin, that needs to be colored. Dyes are usually used with polycarbonates, polystyrene and acrylic polymers.
Pigments are better suited for use with polyolefins.
Glaze stains are materials obtained from the reaction of different oxides at high temperatures. They have a low solubility in glazes and hence result in appealing colors in different shades when added to the glaze.
Remarks:
Maximum Temperature: 1230 °C
Residue #400: <1%
Package: 25kg/unit
Color may vary as shown depending on application and are for indication only
Custom made colors available
Industrial coatings are products engineered specifically for their protective and functional properties. But while protection is their underlying goal, they also can be aesthetic.
Most industrial coatings are used for corrosion control of concrete and steel, but they lie under a complex market umbrella and work in numerous areas. Also known as Original Equipment Manufacture (OEM) coatings, these industrial-grade products can be used for a number of applications.
The list of applications for industrial coatings is seemingly endless, so first you must understand the reason for using them. The primary focus for applying coatings is to preserve the item that lies beneath it in some way. This is particularly important avoiding various types of corrosion.
The most common application for these coating products is to prevent corrosion of steel and concrete. Another common use is to make the material less susceptible to fire or other hazards.
Instead of using metal plates to transfer an image, digital printing presses print the image directly onto the media substrate. Digital production print technology is evolving quickly, and digital printing output quality is improving continuously. These advancements are delivering print quality that mimics offset.
Digital printing doesn't use plates the way offset does, but instead uses options such as toner (like in laser printers) or larger printers that do use liquid ink. Digital printing shines when lower quantities are needed; think of a run of 20 greeting cards or 100 flyers.
Interestingly enough, paper textiles might not be as far-fetched of a material as you think. The fibers used in paper are the same as in fabric, pressed together to create a sheet in a way similar to felt, albeit resulting in a material with less tensile strength.
CeraDecor produces frits and glazes for the dinnerware industry. This includes colored pigments, precious metal decorations like liquid gold and platinum, gold and platinum pastes for bonechina, porcelain, tableware and crockery. The dinnerware industry can choose from our performance pigments as well as a selection of high-quality, high-performance frits for in-house glaze manufacturing. We also supply decal paper for screen printing applications.