Products in Infrastructure, Roads & Paving: Filler

Casiflux CA 45 is a white wollastonite (calcium silicate) powder that is used in glazes and ceramic bodies. It is used as a filler for paints, plastics, welding electrodes, metallurgical powders, cement fiber boards, calcium silicate boards and bricks, and low temperature refractories.

Casiflux A 5000 is a white wollastonite (calcium silicate) powder that is used in glazes and ceramic bodies. It is used as a filler for paints, plastics, welding electrodes, metallurgical powders, cement fiber boards, calcium silicate boards and bricks, and low temperature refractories.

Casiflux A 90 is a white wollastonite (calcium silicate) powder that is used in glazes and ceramic bodies. It is used as a filler for paints, plastics, welding electrodes, metallurgical powders, cement fiber boards, calcium silicate boards and bricks, and low temperature refractories.

Casiflux A 7020 is a white wollastonite (calcium silicate) powder that is used in glazes and ceramic bodies. It is used as a filler for paints, plastics, welding electrodes, metallurgical powders, cement fiber boards, calcium silicate boards and bricks, and low temperature refractories.

Casiflux M 75 is wollastonite (calcium silicate), which helps in reducing the melting temperature of the body and allows for the development of new mineral phases along the firing cycle. This product helps as a reinforcement filler for paints, sealants, road marking paints, brake linings, and gaskets.

Casiflux M 50050 is a white wollastonite (calcium silicate) powder that is used in glazes and ceramic bodies. It is used as a filler for paints, plastics, welding electrodes, metallurgical powders, cement fiber boards, calcium silicate boards and bricks, and low temperature refractories.

LITHOS Talc LP is a highly lamellar, very soft talc with a huge aspect ratio. This is realized by a specific delaminating process which creates the optimal lamellar structure without breaking the plates in smaller parts. Furthermore it is equipped with extraordinary whiteness and thereby suitable for applications of the highest quality, in plastic, paper and the coating industry.

LITHOS Talc LP is a highly lamellar, very soft talc with a huge aspect ratio. This is realized by a specific delaminating process which creates the optimal lamellar structure without breaking the plates in smaller parts. Furthermore it is equipped with extraordinary whiteness and thereby suitable for applications of the highest quality, in plastic, paper and the coating industry.

LITHOS Talc LP is a highly lamellar, very soft talc with a huge aspect ratio. This is realized by a specific delaminating process which creates the optimal lamellar structure without breaking the plates in smaller parts. Furthermore it is equipped with extraordinary whiteness and thereby suitable for applications of the highest quality, in plastic, paper and the coating industry.

LITHOS Talc LPP is highly lamellar, very soft talc with good aspect ratio. This is realized by a specific delaminating process, which creates best lamellar structure instead of breaking the plates in smaller parts. Products with a top cut to 10 microns and respectively median particle sizes of 2 microns are realised.

LITHOS Talc LPP is highly lamellar, very soft talc with good aspect ratio. This is realized by a specific delaminating process, which creates best lamellar structure instead of breaking the plates in smaller parts. Products with a top cut to 10 microns and respectively median particle sizes of 2 microns are realised.

LITHOS Talc LP is a highly lamellar, very soft talc with a huge aspect ratio. This is realized by a specific delaminating process which creates the optimal lamellar structure without breaking the plates in smaller parts. Furthermore it is equipped with extraordinary whiteness and thereby suitable for applications of the highest quality, in plastic, paper and the coating industry.

LITHOS Talc LP is a highly lamellar, very soft talc with a huge aspect ratio. This is realized by a specific delaminating process which creates the optimal lamellar structure without breaking the plates in smaller parts. Furthermore it is equipped with extraordinary whiteness and thereby suitable for applications of the highest quality, in plastic, paper and the coating industry.

LITHOS Talc LPP is highly lamellar, very soft talc with good aspect ratio. This is realized by a specific delaminating process, which creates best lamellar structure instead of breaking the plates in smaller parts. Products with a top cut to 10 microns and respectively median particle sizes of 2 microns are realised.

LITHOS Talc LPP is highly lamellar, very soft talc with good aspect ratio. This is realized by a specific delaminating process, which creates best lamellar structure instead of breaking the plates in smaller parts. Products with a top cut to 10 microns and respectively median particle sizes of 2 microns are realised.

LITHOS Talc LP is a highly lamellar, very soft talc with a huge aspect ratio. This is realized by a specific delaminating process which creates the optimal lamellar structure without breaking the plates in smaller parts. Furthermore it is equipped with extraordinary whiteness and thereby suitable for applications of the highest quality, in plastic, paper and the coating industry.

LITHOS Talc LP is a highly lamellar, very soft talc with a huge aspect ratio. This is realized by a specific delaminating process which creates the optimal lamellar structure without breaking the plates in smaller parts. Furthermore it is equipped with extraordinary whiteness and thereby suitable for applications of the highest quality, in plastic, paper and the coating industry.

LITHOS Talc LPP is highly lamellar, very soft talc with good aspect ratio. This is realized by a specific delaminating process, which creates best lamellar structure instead of breaking the plates in smaller parts. Products with a top cut to 10 microns and respectively median particle sizes of 2 microns are realised.

LITHOS Talc LP is a highly lamellar, very soft talc with a huge aspect ratio. This is realized by a specific delaminating process which creates the optimal lamellar structure without breaking the plates in smaller parts. Furthermore it is equipped with extraordinary whiteness and thereby suitable for applications of the highest quality, in plastic, paper and the coating industry.

LITHOS Talc LPP is highly lamellar, very soft talc with good aspect ratio. This is realized by a specific delaminating process, which creates best lamellar structure instead of breaking the plates in smaller parts. Products with a top cut to 10 microns and respectively median particle sizes of 2 microns are realised.

LITHOS Talc LP is a highly lamellar, very soft talc with a huge aspect ratio. This is realized by a specific delaminating process which creates the optimal lamellar structure without breaking the plates in smaller parts. Furthermore it is equipped with extraordinary whiteness and thereby suitable for applications of the highest quality, in plastic, paper and the coating industry.

LITHOS Talc LP is a highly lamellar, very soft talc with a huge aspect ratio. This is realized by a specific delaminating process which creates the optimal lamellar structure without breaking the plates in smaller parts. Furthermore it is equipped with extraordinary whiteness and thereby suitable for applications of the highest quality, in plastic, paper and the coating industry.

RECKLI PUR-Color pastes serve as tinting for RECKLI PUR Elastomers or colouration of particularly colorless (naturally colored) RECKLI PUR casting masses.

Performax™ HT are manufactured from a blend of 100% virgin polyolefin resins. PERFORMAXTM HT Synthetic Macro Fibers meet the requirements of ASTM C1116/C1116M “Standard Specification for Fiber-Reinforced Concrete” and the requirements of ICC ES AC32 Section 3.1.1 for plastic shrinkage reinforcement and 3.1.2 for shrinkage and temperature reinforcement.

PLEXUS™ 44F Synthetic Macrofibers are high tensile fibers manufactured from a blend of 100% virgin polyolefin resins. FABPRO’s PLEXUS™ Macrofibers meet the requirements of ASTM C1116/C1116M “Standard Specification for Fiber-Reinforced Concrete”.

PERFORMAX™ Synthetic Macro Fibers are manufactured from a blend of 100% virgin polyolefin resins. PERFORMAX™ Synthetic Macro Fibers meet the requirements of ASTM C1116/C1116M “Standard Specification for Fiber-Reinforced Concrete” and the requirements of ICC ES AC32 Section 3.1.1 for plastic shrinkage reinforcement and 3.1.2 for shrinkage and temperature reinforcement.

SPECTER™ HP Synthetic Micro Fibers are manufactured from 100% virgin homopolymer polypropylene resins. SPECTER™ HP Fibers meet the requirements of ASTM C1116/C1116M “Standard Specification for Fiber-Reinforced Concrete” and the requirements of ICC ES AC32 Section 3.1.1 for plastic shrinkage reinforcement.

SPECTER™ Monofilament Fibers are manufactured from 100% virgin homopolymer polypropylene resins. SPECTER™ Fibers meet the requirements of ASTM C1116/C1116M “Standard Specification for Fiber-Reinforced Concrete”, ASTM D7508/D7508M “Standard Specification for Polyolefin Chopped Strands for use in Concrete”, and the requirements of ICC ES AC32 Section 3.1.1 for plastic shrinkage reinforcement.

GENESIS™ Fibrillated Fibers are manufactured from virgin homopolymer polypropylene resins, and meet the requirements of ASTM C1116/C1116M “Standard Specification for Fiber-Reinforced Concrete”, ASTM D7508/D7508M “Standard Specification for Polyolefin Chopped Strands for use in Concrete”, and the requirements of ICC ES AC32 Section 3.1.1 for plastic shrinkage reinforcement and 3.1.2 for shrinkage and temperature reinforcement.

Calcium Carbonate is a reinforced thermoplastics that offer excellent mechanical, physical and thermal properties. When selecting the material, stiffness, resistance to shock, scratches, chemicals and UV rays, along with easy processing are some of the factors to be considered. This highly-versatile class meets a wide range of requirements, thanks to a carefully selected base (polypropylene [PP], polystyrene [PS], polyethylene [PE] and others) and a reinforced filler of mineral (CaCO3, talc, mica) or other materials (glass fiber). The addition of two fillers of different nature allows us to create products with a unique set of properties such as dimensional stability, stiffness, and attractive textures and finishes. Filled between 5 and 50%, these thermoplastic compounds demonstrate very good mechanical, UV-resistant and color-controller properties – and are a very good value in terms of quality/price.

SPECTER™ 3.5 Synthetic Micro Fibers are manufactured from 100% virgin homopolymer polypropylene resins. SPECTER™ 3.5 Fibers meet the requirements of ASTM C1116/C1116M “Standard Specification for Fiber-Reinforced Concrete” and the requirements of ICC ES AC32 Section 3.1.1 for plastic shrinkage reinforcement.

Mica is a Reinforced thermoplastic products that offer excellent mechanical, physical and thermal properties. When selecting the material, stiffness, resistance to shock, scratches, chemicals and UV rays, along with easy processing are some of the factors to be considered. This highly-versatile class meets a wide range of requirements, thanks to a carefully selected base (polypropylene [PP], polystyrene [PS], polyethylene [PE] and others) and a reinforced filler of mineral (CaCO3, talc, mica) or other materials (glass fiber). The addition of two fillers of different nature allows us to create products with a unique set of properties such as dimensional stability, stiffness, and attractive textures and finishes. Filled between 5 and 50%, these thermoplastic compounds demonstrate very good mechanical, UV-resistant and color-controller properties – and are a very good value in terms of quality/price.

GENESIS™ XF Fibrillated Fibers are manufactured from virgin homopolymer polypropylene resins, and meet the requirements of ASTM C1116/C1116M “Standard Specification for Fiber-Reinforced Concrete”, and the requirements of ICC ES AC32 Section 3.1.1 for plastic shrinkage reinforcement and 3.1.2 for shrinkage and temperature reinforcement.

Glass Fiber is a Reinforced thermoplastic products that offer excellent mechanical, physical and thermal properties. When selecting the material, stiffness, resistance to shock, scratches, chemicals and UV rays, along with easy processing are some of the factors to be considered. This highly-versatile class meets a wide range of requirements, thanks to a carefully selected base (polypropylene [PP], polystyrene [PS], polyethylene [PE] and others) and a reinforced filler of mineral (CaCO3, talc, mica) or other materials (glass fiber). The addition of two fillers of different nature allows us to create products with a unique set of properties such as dimensional stability, stiffness, and attractive textures and finishes. Filled between 5 and 50%, these thermoplastic compounds demonstrate very good mechanical, UV-resistant and color-controller properties – and are a very good value in terms of quality/price.

Talc is a Reinforced thermoplastic products that offer excellent mechanical, physical and thermal properties. When selecting the material, stiffness, resistance to shock, scratches, chemicals and UV rays, along with easy processing are some of the factors to be considered. This highly-versatile class meets a wide range of requirements, thanks to a carefully selected base (polypropylene [PP], polystyrene [PS], polyethylene [PE] and others) and a reinforced filler of mineral (CaCO3, talc, mica) or other materials (glass fiber). The addition of two fillers of different nature allows us to create products with a unique set of properties such as dimensional stability, stiffness, and attractive textures and finishes. Filled between 5 and 50%, these thermoplastic compounds demonstrate very good mechanical, UV-resistant and color-controller properties – and are a very good value in terms of quality/price.

PLEXUS™ 54F Synthetic Macrofibers are high tensile fibers manufactured from a blend of 100% virgin polyolefin resins. FABPRO’s PLEXUS™ Macrofibers meet the requirements of ASTM C1116/C1116M “Standard Specification for Fiber-Reinforced Concrete”.