Primarily mechanical
Traps suspended particles between grains, with performance largely determined by sand size, shape and filter-bed depth.
Powering the future
Innovating today.
Powering tomorrow.
ZAS Graphene Technologies delivers advanced functional graphene solutions designed for real manufacturing, stronger products and the next generation of energy.
↯HigherConductivity
◆LighterStronger
◈GreaterEfficiency
✦CleanerFuture
Application drivenZAS Graphene1–3 layer functional graphene
FUNCTIONAL GRAPHENE✦HYDROPHILIC SLURRY✦ADVANCED OXIDATION✦COMMERCIAL SCALE
Beyond commodity graphene
Material intelligence.
Engineered to integrate.
ZAS Graphene Technologies delivers advanced functional graphene solutions for real products and manufacturing systems. Our focus is helping customers move from material evaluation to practical integration—not simply supplying raw graphene.
1–3Layer functional
graphene platform
graphene platform
H₂OHydrophilic
slurry format
slurry format
∞Application
possibilities
possibilities
Graphene-coated angular silica biological filtration mediaFeatured product
ZAS PureFlow™
Super Sand
ZAS PureFlow™ combines angular silica sand with our graphene coating to create a multi-function biological filtration media. The angular grains provide a stable filter bed and physical capture, while the coated surface increases water-to-media contact and provides extensive area where beneficial biofilm can establish.
Mechanical+Adsorptive+Biological
Three filtration pathways
Combines physical particle capture with enhanced surface interaction and a high-contact structure that supports beneficial biological activity.
Angular grain structureHigh surface-area contactSupports beneficial biofilmDesigned for existing systemsPilot testing available
Future-ready solutions
One platform.
Multiple frontiers.
We work with manufacturers, laboratories and strategic partners pursuing meaningful performance gains in high-value applications.
Energy storage
Functional graphene for battery and energy-storage development where conductivity, dispersion and repeatability matter.
Batteries · EV · e-mobility↗
Ballistic materials
Graphene-enhanced formulations for UHMWPE laminates, water-based polyurethane binders and protective material systems.
Armor · UD laminates · WPU↗
Drones & aerospace
Advanced material pathways for lightweight structures, protective coatings, energy systems and unmanned applications.
Lightweight · protective · conductive↗
Advanced materials
A versatile platform for thin films, specialty membranes, printed electronics and customer-specific formulations.
Films · membranes · electronics↗From concept to commerce
A practical path to
commercial supply.
Our development model keeps the focus on your material, process and performance target.
Define
We begin with your performance target, base material and manufacturing process.
Formulate
Our team identifies a practical graphene format and loading pathway for evaluation.
Validate
Samples and qualification programs create application-specific performance data.
Scale
Successful programs advance to recurring material supply, licensing or strategic agreements.
Built to commercialize
Science. Manufacturing.
Market development.
ZAS Graphene Technologies connects advanced graphene materials with real commercial applications. We bring together customer discovery, strategic partnerships, product development and worldwide market growth.
Our goal is straightforward: create durable customer value by matching advanced material science with real industrial needs.
“
We want to work with customers and development partners who are ready to solve real material challenges.
Les BryanCEO · ZAS Graphene Technologies
Initiate collaboration
Let's build the
future together.
Tell us about your material, process or performance target. We will help identify the right next step.