QS Graphene
Develops high-purity graphene-enhanced FDM 3D printing filaments with conductive, thermal management, and wear-resistant grades for industrial applications.
- Stage
- Active
Technology & Products
Key Products
Conductive graphene FDM filaments for printed electronics; Thermal management graphene FDM filaments for heat dissipation; Wear-resistant graphene FDM filaments for extended component life
Technological Advantage
Defensible through proprietary graphene synthesis process: 99% single-layer graphene (verified by third-party testing) vs. industry standard; scalable production capacity; graphene hardness claimed as 3x that of diamond, 100x that of steel; enables FDM-printed components with superior mechanical properties and functional capabilities (conductivity, thermal management) unachievable with standard polymers.
Differentiation
Value Proposition
Graphene-enhanced polymer filaments deliver superior mechanical and functional properties—enhanced strength, electrical conductivity, thermal dissipation, and wear resistance—enabling new product capabilities in electronics, thermal management, and mechanical components beyond standard FDM polymers.
How They Differentiate
Graphene material advantage (99% single-layer purity and mass-production capability); integrated graphene chemistry for FDM compatibility; multi-functional filament grades (conductive, thermal, wear-resistant) from single supplier.
Market & Competition
Target Customers
Industrial manufacturers, product designers, and engineers adopting FDM 3D printing for advanced component fabrication
Industry Verticals
Electronics Manufacturing; Industrial Manufacturing; Thermal Management; Advanced Materials
Growth & Milestones
Growth Metrics
Strength increase up to 35% vs ordinary reinforced materials; 99% single-layer graphene production rate verified by Toray Testing Center (August 2021); claimed as only Chinese enterprise mass-producing 99% single-layer graphene
Major Milestones
2016: Entered graphene materials research and development; August 2021: Graphene samples verified at 99% single-layer rate by Toray and China Chemical Fiber Association; 2025: Exhibited at Formnext (global additive manufacturing trade show)