Technology Platform

Technology Platform

A proprietary technology platform built on deep materials science expertise, breaking through the barriers of complex multilayer composite recycling that traditional processes cannot solve.

Industry Challenge

Complex Multilayer Materials Industry Challenge

Modern display, semiconductor and new energy products rely on complex multilayer composite structures — combining functional films, adhesive layers and protective coatings engineered for performance.

Traditional recycling processes cannot effectively process multilayer films, adhesive layers and composite functional layers. The result: extremely low recycling efficiency, material value loss, and reliance on incineration or downgrading.

Cross-section diagram of complex multilayer composite material
Core Technology 01

Interface Deconstruction Technology

Our interface deconstruction technology selectively weakens the bonding interfaces between layers in composite materials. Rather than mechanically shredding or melting the entire structure, we precisely target the interlayer adhesion points.

By controlled interface activation, multi-layer structures are cleanly delaminated, preserving the integrity of each individual material layer for downstream separation and recovery.

Interface deconstruction technology flow chart
Core Technology 02

Selective Separation Technology

Once interfaces are deconstructed, our selective separation technology routes each material component through targeted separation pathways. Different components — films, adhesives, functional coatings — are directed to dedicated processing channels.

This multi-component precise separation process route ensures high purity outputs, enabling each recovered stream to re-enter industrial supply chains at high value rather than being downgraded.

Selective separation multi-component process route diagram
Core Technology 03

Closed-loop Material Recovery

Recovered raw materials are returned to industrial supply chains through a closed-loop circular model. Each material stream — PET, TAC, PVA and iodine-containing resources — is re-qualified for industrial-grade reuse.

This closed-loop approach reduces dependence on virgin resources, lowers the environmental footprint of advanced manufacturing, and creates measurable economic value from materials previously treated as waste.

Closed-loop material recovery supply chain diagram

See the Technology in Action

Explore our commercialized polarizer film recycling application built on this technology platform.

Polarizer Film Recycling