Synthetic fibres - Import export

Various products with different characteristics, contact us for more information.

Count: 6-15 dtex - Tenacity: 2,5 cN/dtex - Melting Point: 165°C - MFI: 25

Count: 6-15 dtex - Tenacity: 2,5 cN/dtex - Melting Point: 165°C - MFI: 25

Count: 6-15 dtex - Tenacity: 2,5 cN/dtex - Melting Point: 165°C - MFI: 25

Count: 10-20 dtex - Tenacity: 2,5 cN/dtex - Melting Point: 235°C - Rel. Viscosity: 2.75

Count: 6-15 dtex - Tenacity: 2,5 cN/dtex - Melting Point: 165°C - MFI: 25

Count: 10-20 dtex - Tenacity: 2,5 cN/dtex - Melting Point: 235°C - Rel. Viscosity: 2.75

Count: 6-15 dtex - Tenacity: 2,5 cN/dtex - Melting Point: 165°C - MFI: 25 Types: - AE.060.MUL (PP PULLED 60MM MULTI) - A0.060.MUL (PP BCF 60MM MULTI) - A1S.045.BEI (PP HS/BCF 45MM BEIGE) - A0.060.BLA (PP BCF 60MM WHITE) - A0.060.GRI (PP BCF 60MM GREY) Uses: - Felt for interior automotive parts - Geotextiles - Drainpipes - Carpet Underlay

Count: 10-20 dtex - Tenacity: 2,5 cN/dtex - Melting Point: 235°C - Rel. Viscosity: 2.75

Count: 10-20 dtex - Tenacity: 2,5 cN/dtex - Melting Point: 235°C - Rel. Viscosity: 2.75

Count: 3-20 dtex - Tenacity: 2,5 cN/dtex - Melting Point: 260°C - Shrinkage: <15%

Count: 3-20 dtex - Tenacity: 2,5 cN/dtex - Melting Point: 260°C - Shrinkage: <15%

Count: 3-20 dtex - Tenacity: 2,5 cN/dtex - Melting Point: 260°C - Shrinkage: <15%

Count: 3-20 dtex - Tenacity: 2,5 cN/dtex - Melting Point: 260°C - Shrinkage: <15%

Count: 6-15 dtex - Tenacity: 2,5 cN/dtex - Melting Point: 165°C - MFI: 25

Durus polypropylene macro-synthetic fibres have revolutionised concrete construction, eliminating the need for steel mesh or fibres in many applications. Durus EasyFinish offers superior performance and cost savings as well as health and safety advantages for concrete suppliers, contractors and designers alike. Durus EasyFinish synthetic macro fibre is extremely easy to handle and apply. The reinforcement comes ready mixed into the concrete or can be added on site – a major advantage over steel mesh, which can be placed incorrectly, affecting quality and production schedules. The fibres are inert to atmospheric conditions, the alkalinity of concrete, and moisture, and therefore 100% rust-free. This makes for a long service life of the finished fibre-reinforced concrete structure.

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.

Liquid and powdered fertilizers, sowing seed NATURAL OXIDES: yellow, red, brown, black BISTER SYNTHETIC IRON OXIDES: yellow, red, brown, black DRAGON PIGMENTS: red, yellow, blue, green, grey 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. Moreover, the pigment shouldn’t oxidize under influence of oxygen in the air and shouldn’t lose its colour under influence of sunlight (UV).

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.