Platform Overview

Welcome to JppAero Advanced Recovery Technologies (ART™)

Advanced Recovery Technologies (ART™) is JppAero's technology development platform dedicated to transforming aerospace composite waste into valuable engineering materials.

ART™ Technology Family

Recovered, regenerated and returned to productive use

Built on the aerospace manufacturing heritage of Jinpao Precision Industry, ART™ combines advanced materials science, composite engineering, industrial manufacturing, and circular economy principles to develop the next generation of sustainable material recovery technologies. Our mission is to create a future where high-performance aerospace materials are continuously recovered, regenerated, and returned to productive use.

Advanced Recovery Technologies platform visual connecting composite recovery processes and engineering capability
Resin separation process used for aerospace composite recovery

Advanced Resin Separation Technology

JPP ReSolve™

Developing innovative methods to separate cured resin systems from reinforcing fibres while preserving material value for future applications.

Technology Focus

  • Carbon Fibre Recovery
  • Glass Fibre Recovery
  • Thermoset Composite Processing
  • Fibre Cleaning
  • Material Qualification
Recovered aramid fibre material prepared for advanced engineering reuse

Advanced Aramid Recovery Technology

JPP ArmaCycle™

Developing material regeneration technologies that extend the useful life of high-performance aramid fibres used throughout aerospace, defence, transportation, and industrial applications.

Technology Focus

  • Aramid Recovery
  • Fibre Regeneration
  • Material Stabilization
  • Circular Manufacturing
Recovered carbon fibre material prepared for circular manufacturing applications

Circular Carbon Fibre Platform

CarbonLoop™

CarbonLoop™ focuses on the recovery, characterization, and development of recycled carbon fibre materials for advanced industrial applications.

Future Product Development

  • Chopped Carbon Fibre
  • Milled Carbon Fibre
  • Reinforcement Products
  • Composite Feedstock
  • Advanced Engineering Materials
Recovered glass fibre material for circular industrial applications

Glass Fibre Circular Materials

GlassLoop™

Developing sustainable recovery pathways for glass fibre composites generated from aerospace manufacturing and industrial production.

Research Areas

  • Fibre Recovery
  • Composite Fillers
  • Construction Materials
  • Industrial Products
Thermoset composite recovery process for difficult aerospace materials

Thermoset Composite Recovery

ThermaLoop™

Developing technologies capable of recovering value from thermoset composite structures that have traditionally been considered difficult or impossible to recycle.

Technology Development

  • Resin Recovery
  • Fibre Preservation
  • Process Optimization
  • Sustainable Manufacturing
Regional aerospace composite collection and recovery network visual

Regional Collection & Resource Network

AeroCycle Hub™

Building Southeast Asia's first integrated aerospace composite collection and resource recovery network. The AeroCycle Hub™ will connect aerospace manufacturers, maintenance providers, industrial companies, research institutions, and recycling partners into one circular ecosystem.

Network Scope

  • Aerospace manufacturers
  • Maintenance providers
  • Industrial companies
  • Research institutions
  • Recycling partners

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.

Supply

Composite waste, offcut, or end-of-life material source and basic material context.

Partnership

Industrial, research, manufacturing, or collection-network collaboration context.

Research

Material characterization, pilot validation, product development, or laboratory discussion.

Start a Composite Inquiry