Return to supplier page
Cellulose based fibers. Enhances the dimensional stability (fibers form three-dimensional matrix in preforms), improves the green strength (naturally strong fibers provide strength and structure during the manufacturing process), reduces the green shrinkage (improves the quality and consistency of finished products) and improves the impact strength (fibers add strength and dimensional stability to finished products). Can reinforce both uncured (green) and cured rubber very effectively. In "green" rubber, properties such as yield strength, modulus and Mooney viscosity are all improved by the addition of this fiber. In cured rubbers, initial modulus, compressive strength, bending stiffness and tear resistance are all enhanced. It is naturally hygroscopic; absorbing free moisture thereby improving the vulcanization process. It is applicable for power transmission belts, 'V' belts, timing belts, conveyor belts, hoses, friction parts, rubber roll covers, seals and numerous other automotive uses. Precision Cut fibers of 1 mm-6 mm in length have been used in these applications. Cotton based fibers. Enhances the dimensional stability (fibers form three-dimensional matrix in preforms), improves the green strength (naturally strong fibers provide strength and structure during the manufacturing process), reduces the green shrinkage (improves the quality and consistency of finished products) and improves the impact strength (fibers add strength and dimensional stability to finished products). Can reinforce both uncured (green) and cured rubber very effectively. In "green" rubber, properties such as yield strength, modulus and Mooney viscosity are all improved by the addition of this fiber. In cured rubbers, initial modulus, compressive strength, bending stiffness and tear resistance are all enhanced. It is naturally hygroscopic; absorbing free moisture thereby improving the vulcanization process. It is applicable for power transmission belts, 'V' belts, timing belts, conveyor belts, hoses, friction parts, rubber roll covers, seals and numerous other automotive uses. Precision Cut fibers of 1 mm-6 mm in length have been used in these applications. Fillteck™ C100 (Cellulose) by IFC is cellulose based fibers. Enhances the dimensional stability (fibers form three-dimensional matrix in preforms), improves the green strength (naturally strong fibers provide strength and structure during the manufacturing process), reduces the green shrinkage (improves the quality and consistency of finished products) and improves the impact strength (fibers add strength and dimensional stability to finished products). Can reinforce both uncured (green) and cured rubber very effectively. In "green" rubber, properties such as yield strength, modulus and Mooney viscosity are all improved by the addition of this fiber. In cured rubbers, initial modulus, compressive strength, bending stiffness and tear resistance are all enhanced. It is naturally hygroscopic; absorbing free moisture thereby improving the vulcanization process. Fillteck™ C100 (Cellulose) is applicable for power transmission belts, 'V' belts, timing belts, conveyor belts, hoses, friction parts, rubber roll covers, seals and numerous other automotive uses. Precision Cut fibers of 1 mm-6 mm in length have been used in these applications. Fillteck™ W200 (Cotton Flock) by IFC is a cotton-based fiber. Enhances the dimensional stability (fibers form three-dimensional matrix in preforms), improves the green strength (naturally strong fibers provide strength and structure during the manufacturing process), reduces the green shrinkage (improves the quality and consistency of finished products) and improves the impact strength (fibers add strength and dimensional stability to finished products). Can reinforce both uncured (green) and cured rubber very effectively. In "green" rubber, properties such as yield strength, modulus and Mooney viscosity are all improved by the addition of this fiber. In cured rubbers, initial modulus, compressive strength, bending stiffness and tear resistance are all enhanced. It is naturally hygroscopic; absorbing free moisture thereby improving the vulcanization process. It is applicable for power transmission belts, 'V' belts, timing belts, conveyor belts, hoses, friction parts, rubber roll covers, seals and numerous other automotive uses. Precision Cut fibers of 1 mm-6 mm in length have been used in these applications. Fillteck™ 50CWCP (Cotton/Poly) by IFC is cotton/poly based fibers. Enhances the dimensional stability (fibers form the three-dimensional matrix in preforms), improves the green strength (naturally strong fibers provide strength and structure during the manufacturing process), reduces the green shrinkage (improves the quality and consistency of finished products) and improves the impact strength (fibers add strength and dimensional stability to finished products). Can reinforce both uncured (green) and cured rubber very effectively. In "green" rubber, properties such as yield strength, modulus and Mooney viscosity are all improved by the addition of this fiber. In cured rubbers, initial modulus, compressive strength, bending stiffness and tear resistance are all enhanced. Fillteck™ 50CWCP (Cotton/Poly) is naturally hygroscopic; absorbing free moisture thereby improving the vulcanization process. It is applicable for power transmission belts, 'V' belts, timing belts, conveyor belts, hoses, friction parts, rubber roll covers, seals and numerous other automotive uses. Precision Cut fibers of 1 mm-6 mm in length have been used in these applications.
Fillteck™
Polymer additives supplied by IFC
5 Products match your search
Fillteck™ CP40 (Cellulose)
by IFC
Fillteck™ D260 (Cotton Flock)
by IFC
Fillteck™ C100 (Cellulose)
by IFC
Fillteck™ W200 (Cotton Flock)
by IFC
Fillteck™ 50CWCP (Cotton/Poly)
by IFC
- Sustainable option
Showper page