Current research priorities include:
- Advanced composite recycling
- Fibre preservation
- Resin separation technologies
- Sustainable processing methods
- Material characterization
- Product development
- Circular manufacturing
Research & Development
Innovation Through Engineering
Research and development are central to JppAero's long-term vision.
Our multidisciplinary engineering teams are developing technologies that improve material recovery, reduce environmental impact, and create new opportunities for recycled aerospace materials.
Research Priorities
Current and future research areas
Future research areas include:
- Bio-based composites
- Hydrogen infrastructure materials
- Sustainable aviation materials
- Battery composite recycling
- Digital material traceability
Composite Materials Laboratory
Materials Science Supporting Innovation
The JppAero Materials Laboratory provides scientific evaluation, quality assurance, and process validation throughout the recovery cycle.
As our technology platform evolves, laboratory capabilities will continue expanding to support advanced material development and international quality standards.
Material Identification
Incoming composite characterization
Fibre Analysis
Length, diameter, morphology, and cleanliness evaluation
Mechanical Testing
Strength and material performance assessment
Thermal Analysis
Material stability and processing behaviour
Chemical Analysis
Polymer characterization and contamination assessment
Quality Verification
Validation of recovered materials before industrial application
Pilot Technology Centre
From Laboratory to Industrial Scale
The JppAero Pilot Technology Centre bridges scientific research with commercial manufacturing.
Our pilot-scale facilities are designed to evaluate new recovery technologies, validate process improvements, and optimize industrial production methods before full-scale deployment.
- 01Process validation
- 02Equipment optimization
- 03Material qualification
- 04Industrial trials
- 05Technology demonstration
- 06Customer collaboration
- 07Research partnerships
Future Products
Developing the Next Generation of Circular Materials
Recovered engineering materials will support a growing portfolio of sustainable products.
- Recovered carbon fibre feedstock
- Glass fibre reinforcement materials
- Composite moulding compounds
- Industrial composite panels
- Lightweight structural materials
- Additive manufacturing feedstock
- Research materials
- Advanced engineering compounds
Each product reflects our commitment to extending material life while reducing environmental impact.
Composite / ART Inquiry
Route the right material conversation
For Composite Recovery, ART™, partnership or research discussions, start with the material stream, available context, timing, and the intended next step.
Composite waste, offcut, or end-of-life material source and basic material context.
Industrial, research, manufacturing, or collection-network collaboration context.
Material characterization, pilot validation, product development, or laboratory discussion.