Carbon black - Import export

Body carbon steel, black oxidised. Jaw carbon steel, tempered, black oxidised. Note: The adjustable toe clamp is used together with the rack plate CL.

GMY Master Polymer In the polymer industry, we produce masterbatch at rates ranging from 20% to 60% based on customer demand. The substance that is used to produce black masterbatch, which has a structure known as paracrystalline or semi-crystalline, where carbon cannot fully crystallize, is referred to as carbon black. It is obtained in the form of soot through the incomplete combustion of various materials, ranging from heavy petroleum products to agricultural oils. Carbon black is utilized in several industries. For instance, food manufacturers use carbon black (E152) extracted from agricultural sources as a coloring additive. Its excellent conductivity properties make it suitable for use in the electrical industry. The car wheel industry relies heavily on carbon black for its reinforcing effect on rubber.

Cam tool steel, hardened and black oxidised. Shaft carbon steel, hardened and black oxidised. Grip carbon steel, black oxidised. Ball knob black thermoset PF 31. Note: Admissible hand force for the handle. Accessory: Standard handles 06355. Screw-in handles with adjustable torque 06357.

High-carbon steel tempered and black oxidised. Brass bright.

staining, polishing, varnishing,... NATURAL OXIDES: yellow, red, brown, black STAIN, COLOURED STAIN SYNTHETIC IRON OXIDES: yellow, red, brown, black CHROME OXIDE GREEN COBALT OXIDE: green, blue ULTRAMARINE: blue, violet CARBON- or PITCH-BLACK TITANIUMDIOXIDE WHITE LEAD CHROMATE : yellow, orange WATER-SOLUBLE DYES: acid and basic A dye is a substance that needs a certain affinity with the carrier on which it is being applied. Hence a bond is created and the colouring capacity emerges. Contrary to a pigment, a dye is a dissolvable colorant and the colouring capacity will only show when dissolved. Dyes always have an organic compound. For more than 5000 years, natural resources have been the base for dyes. Leafs, roots and berries are just some of the components. Nowadays, most of these components have been replaced by synthetic variants. Of course, special dyes are applied when considering nutrition.

Oil paint, watercontaining paint, mineral paint, synthetic paint, ... ZINC WHITE NATURAL OXIDES: yellow, red, brown, black SYNTHETIC IJZEROXIDES: yellow, red, brown, black DRAGON PIGMENTS: red, yellow, blue, green, grey CHROME LEAD/ LEAD CHROMATE: yellow, orange MOLYBDATE ORANGE CADMIUM SULPHIDE: yellow, orange, red CHROME OXIDE GREEN CHROMATE GREEN COBALTOXIDE: green, blue ULTRAMARINE: blue, violet MILORI OR PRUSSIAN BLUE CARBON- or PITCH-BLACK IVORY OR BONE BLACK CHROMATE GREEN YELLOW: PY 1, PY 3, ... RED: PR 2, PR 3, ... GREEN: PG 7, PG 8, ... BLUE: PB 15, TITANIUM DIOXIDE WHITE A pigment is a substance that has the capacity of colouring a certain carrier (cement, plaster, synthetic fibres, paint, …). Contrary to dyes, pigments are insoluble. Therefore, pigments remain under the form of small particles and will just be dispersed in the carrier and so colouring the carrier.

Plastic, epoxy, polyester, alkyd, quartz floors, roofing, ... NATURAL OXIDES: yellow, red, brown, black SYNTHETIC IJZEROXIDES: yellow, red, brown, black DRAGON PIGMENTS: red, yellow, blue, green, grey CHROME OXIDE GREEN COBALT OXIDE: green, blue CARBON- or PITCH-BLACK MILORI OR PRUSSIAN BLUE CHROME GREEN YELLOW: PY 1, PY 3, ... RED: PR 2, PR 3, ... GREEN: PG 7, PG 8, ... BLUE: PB 15, ... ULTRAMARINE: blue, violet TITANIUM DIOXIDE WHITE A pigment is a substance that has the capacity of colouring a certain carrier (cement, plaster, synthetic fibres, paint, …). Contrary to dyes, pigments are insoluble. Therefore, pigments remain under the form of small particles and will just be dispersed in the carrier and so colouring the carrier. The colouring capacity of the pigment depends on the fineness of the particles composing the pigment. In general we can say that the finer the particles are, the higher the colouring capacity of the pigment will be.

Murals, stucco, decorative elements, mineral paints, ... NATURAL OXIDES: yellow, red, brown, black SYNTHETIC IRON OXIDES: yellow, red, brown, black DRAGON PIGMENTS: red, yellow, blue, green, grey CHROME OXIDE GREEN COBALTOXIDE: green, blue CARBON- or PITCH-BLACK (limited) ULTRAMARINE: blue, violet TITANIUMDIOXIDE WHITE A pigment is a substance that has the capacity of colouring a certain carrier (cement, plaster, synthetic fibres, paint, …). Contrary to dyes, pigments are insoluble. Therefore, pigments remain under the form of small particles and will just be dispersed in the carrier and so colouring the carrier. The colouring capacity of the pigment depends on the fineness of the particles composing the pigment. In general we can say that the finer the particles are, the higher the colouring capacity of the pigment will be. A pigment is only suitable for certain applications. The pigment shouldn’t react with the carrier.

Industry floors, concrete block-systems, plant pots, bicycle paths, clinkers, tiles, flags, joint wet mortar, cement adhesive, mineral paints,… NATURAL OXIDES: yellow, red, brown, black SYNTHETIC IRON OXIDES: yellow, red, brown, black DRAGON PIGMENTS: blue, green, grey CHROME OXIDE GREEN COBALTOXIDE BLUE CARBON- or PITCH-BLACK (limited) TITANIUM DIOXIDE WHITE A pigment is a substance that has the capacity of colouring a certain carrier (cement, plaster, synthetic fibres, paint, …). Contrary to dyes, pigments are insoluble. Therefore, pigments remain under the form of small particles and will just be dispersed in the carrier and so colouring the carrier. The colouring capacity of the pigment depends on the fineness of the particles composing the pigment. In general we can say that the finer the particles are, the higher the colouring capacity of the pigment will be. A pigment is only suitable for certain applications. The pigment shouldn’t react with the carrier.

Limit values (so called MAK-value) for pollutants in ambient air have been defined by law, which should not be exceeded. This is done with the help of specially coated activated carbon that is amongst others in the activated carbon filter, and removes pollutants from the air of the wearer. But from the first, the breathing air needs to contain at least 19% oxygen! Dependent on application area you can choose between filter types as follows: Type A: colour code: brown Organic vapour or gas with boiling point above 65°C Type AX: colour code: brown Organic vapour or gas with boiling point under 65°C Type B: colour code: grey Inorganic vapour or gas (no CO) Type E: colour code: yellow Sulphur dioxide and acid gases or vapour Type K: colour code: green Ammonia and ammonia derivates Type Hg: colour code: red Mercury vapour Type CO: colour code: black Carbon monoxide Type P: colour code: white Dust Breathing filters, depending on filter type, can remove certain pollutants from...