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RemCore™
RemCore™ Carbon Fibre Reinforced Compounds
RemCore™ is a programmable thermoplastic pellet that combines carbon fibre with engineering polymers. It's built for injection moulding and extrusion of structural parts where durability and low weight are critical.
Overview
Built for repeatable injection moulding
RemCore™ is Nandina REM’s carbon fibre reinforced thermoplastic compound platform, combining engineered carbon fibre with selected polymer systems. Designed for injection moulding, RemCore™ enables complex, repeatable components for applications where strength, impact performance and weight reduction are critical.
Specifications
Material properties
Performance
PA6-30%
PA66-30%
PP-30%
Tensile Strength (MPa)
127
279
85
Flexural Strength (MPa)
210
411
124
Flexural Modulus (GPa)
11.9
21.1
12.6
Elongation at Break (%)
5%
6%
3%
Izod Impact Strength (J/m)
190
106
47
Uses
Where it's used
Pellets that run on standard injection moulding and extrusion lines, for parts where weight and stiffness matter.
Advantages
What it does in production
Programmable performance
Tunable fibre-matrix ratios allow engineers to tailor material properties to meet specific structural requirements.
Rheological predictability
Optimised pellet geometry ensures consistent melt flow, minimising batch-to-batch variation during manufacturing.
Enhanced mechanical strength
Significantly higher tensile and flexural modulus compared to unfilled engineering polymers for high-load environments.
Seamless process integration
Engineered for standard thermoplastic manufacturing infrastructure, enabling rapid adoption without specialised re-tooling.
Example
RemCore™ for Metal Replacement
RemCore™ combines reclaimed carbon fibre with engineered thermoplastics in a pellet built for high-volume injection moulding, extrusion and compression moulding. It is designed to retain the mechanical performance of its carbon fibre feedstock.
In matrices such as PA6, RemCore™ delivers superior rigidity, wear resistance and dimensional stability, so producers can replace metal or unfilled polymers with a circular alternative. It runs on standard equipment, with no specialised tooling.