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Chopped recycled carbon fibre (RemBolt™)

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RemBolt™

RemBolt™ Chopped Carbon Fibre

RemBolt™ is Nandina's programmable chopped carbon fibre, recovered from high-value aerospace-grade feedstock through our Nandina Rapid Production™ process. It delivers consistent, superior structural integrity and weight reduction for demanding applications.

Overview

Ready to drop into existing processes

RemBolt™ provides ready-to-use inputs for seamless integration into existing manufacturing processes. Unlike traditional supply options, our material offers controlled fibre length (6–60 mm) for optimal dispersion, corrosion resistance, and durability in harsh environments. The series includes four distinct grades—SM, HT, HS and IM—each tailored to specific processing requirements, from standard compounding to high-performance structural applications.

Specifications

Grade comparison

Grade

Tensile strength (MPa)*

Tensile modulus (GPa)*

​

RemBolt-SM

2,950–3,400

193–220

​

RemBolt-HT

3,450–3,950

200–230

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RemBolt-HS

3,800–4,300

195–220

​

RemBolt-IM

5,100–5,800

250–285

​

Uses

What it feeds into

Chopped fibre that compounders and moulders turn into pellets, moulding compounds and laid-up parts.

Thermoplastic pellets

Used as carbon fibre feedstock for RemCore™ engineered thermoplastic pellets, supporting injection moulding and other scalable manufacturing processes.

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Bulk moulding compound (BMC)

Used as reinforcement feedstock for RemForge™ BMC, enabling moulded composite components with complex geometries.

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Hand layup components

Used as carbon fibre reinforcement for hand layup processes to manufacture composite parts and structures.

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Advantages

What it does in production

Mechanical property retention

Expected tensile strength and stiffness in line with the aerospace-spec feedstock grades it is recovered from.

Reinforcement efficiency

Precision-cut fibre lengths maximise structural integrity and minimise breakage during processing.

Resin compatibility

Surface-treated (sized) fibres ensure superior interfacial adhesion across major thermoplastic and thermoset systems.

Process consistency

Defined grades and fibre lengths reduce batch-to-batch variance, helping cut tooling wear and process downtime.

emBolt recycled chopped carbon fibre strands by Nandina REM, process-ready for compounding and 3D printing

Example

RemBolt™ for Lighter Moulded Parts

Automotive and industrial moulders replacing metal brackets and inserts often start with short carbon fibre compounds. In this illustrative example, chopped RemBolt™-HS is compounded into polyamide pellets (see RemCore™), giving designers a stiffer, lighter alternative to die-cast or stamped metal.

RemBolt™ comes in defined grades and lengths, so compounders can match fibre class and loading to each part's stiffness and cost targets. Nandina agrees the grade, fibre length and qualification tests with every customer.

WORK WITH NANDINA

Tell us your application. We’ll take it from there.

Share the part, the process and the performance target.

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