Advanced Materials for the Construction Industry

Better Materials. Better Future.

UNIVERSAL MATTER

We exist to deliver next-generation materials that improve performance today and protect the planet for tomorrow.

Our Markets

Universal Matter is a rapidly emerging global leader in advanced applied materials dedicated to transforming industries

[ 1 ] Concrete
Rubber/tires
Commercial · Certified · Drop-in Ready
Genable™ Concrete is a graphene-based liquid admixture that helps producers deliver stronger, lower-carbon concrete without changing standard batching practices. By improving cement hydration and microstructure, Genable™ Concrete can increase early and late-age strength, enable cement reduction of up to 15–20%, and support higher use of supplementary cementitious materials. The result is high-performance concrete with lower embodied carbon, improved durability, and no compromise on workability.
Commercial · Certified · Drop-in Ready
Genable™ Pavement is a graphene-enabled polymer pavement modifier designed to make roads last longer while reducing material cost and environmental impact. It improves resistance to rutting, fatigue cracking, stripping, aging, and low-temperature damage, while supporting higher recycled pavement pavement use and lower polymer loading. Available for dry or wet addition, Genable™ Pavement gives pavement producers a practical path to longer-life, lower-maintenance pavement systems.
Commercial · Certified · Drop-in Ready
Genable™ Rubber is engineered to improve the durability and efficiency of advanced rubber compounds, including tire tread applications. By enhancing abrasion resistance, tear strength, thermal performance, and rolling efficiency, Genable™ Rubber helps manufacturers address the growing demand for longer-lasting, lower-emission tires. Early testing has shown significant improvements in wear resistance and rolling resistance while maintaining wet grip performance.
Commercial · Certified · Drop-in Ready
Genable™ Coatings brings the reinforcing and barrier properties of graphene into paints, coatings, and protective surface technologies. Designed to improve film durability, abrasion resistance, corrosion protection, chemical resistance, and functional performance, Genable™ Coatings enables tougher, longer-lasting coatings for demanding industrial, marine, roofing, and specialty applications. Its drop-in dispersion approach helps formulators unlock graphene performance at practical loading levels.
Commercial · Certified · Drop-in Ready
Genable™ Lubricants applies Universal Matter’s graphene dispersion technology to specialty lubrication systems where durability, low friction, corrosion protection, and clean performance matter. Current development includes premium wax and graphene-based lubricant formulations, with broader opportunities across automotive and industrial lubricant platforms. Genable™ Lubricants is designed to help customers create next-generation products that perform under demanding conditions while using advanced, carbon-based materials more efficiently.
[ 1 ] Concrete
Commercial · Certified · Drop-in Ready
Genable™ Concrete is a graphene-based liquid admixture that helps producers deliver stronger, lower-carbon concrete without changing standard batching practices. By improving cement hydration and microstructure, Genable™ Concrete can increase early and late-age strength, enable cement reduction of up to 15–20%, and support higher use of supplementary cementitious materials. The result is high-performance concrete with lower embodied carbon, improved durability, and no compromise on workability.
genable logo

Concrete

Commercial · Certified · Drop-in Ready
Genable™ Pavement is a graphene-enabled polymer asphalt modifier designed to make roads last longer while reducing material cost and environmental impact. It improves resistance to rutting, fatigue cracking, stripping, aging, and low-temperature damage, while supporting higher recycled asphalt pavement use and lower polymer loading. Available for dry or wet addition, Genable™ Pavement gives asphalt producers a practical path to longer-life, lower-maintenance pavement systems.
genable logo

Asphalt

Rubber/tires
Commercial · Certified · Drop-in Ready
Genable™ Rubber is engineered to improve the durability and efficiency of advanced rubber compounds, including tire tread applications. By enhancing abrasion resistance, tear strength, thermal performance, and rolling efficiency, Genable™ Rubber helps manufacturers address the growing demand for longer-lasting, lower-emission tires. Early testing has shown significant improvements in wear resistance and rolling resistance while maintaining wet grip performance.
Commercial · Certified · Drop-in Ready
Genable™ Coatings brings the reinforcing and barrier properties of graphene into paints, coatings, and protective surface technologies. Designed to improve film durability, abrasion resistance, corrosion protection, chemical resistance, and functional performance, Genable™ Coatings enables tougher, longer-lasting coatings for demanding industrial, marine, roofing, and specialty applications. Its drop-in dispersion approach helps formulators unlock graphene performance at practical loading levels.
Commercial · Certified · Drop-in Ready
Genable™ Lubricants applies Universal Matter’s graphene dispersion technology to specialty lubrication systems where durability, low friction, corrosion protection, and clean performance matter. Current development includes premium wax and graphene-based lubricant formulations, with broader opportunities across automotive and industrial lubricant platforms. Genable™ Lubricants is designed to help customers create next-generation products that perform under demanding conditions while using advanced, carbon-based materials more efficiently.
Commercial · Certified · Drop-in Ready

Genable™ Concrete is a graphene-based liquid admixture that helps producers deliver stronger, lower-carbon concrete without changing standard batching practices. By improving cement hydration and microstructure, Genable™ Concrete can increase early and late-age strength, enable cement reduction of up to 15–20%, and support higher use of supplementary cementitious materials. The result is high-performance concrete with lower embodied carbon, improved durability, and no compromise on workability.

Commercial · Certified · Drop-in Ready

Genable™ Pavement is a graphene-enabled polymer pavement modifier designed to make roads last longer while reducing material cost and environmental impact. It improves resistance to rutting, fatigue cracking, stripping, aging, and low-temperature damage, while supporting higher recycled pavement pavement use and lower polymer loading. Available for dry or wet addition, Genable™ Pavement gives pavement producers a practical path to longer-life, lower-maintenance pavement systems.

Commercial · Certified · Drop-in Ready

Genable™ Rubber is engineered to improve the durability and efficiency of advanced rubber compounds, including tire tread applications. By enhancing abrasion resistance, tear strength, thermal performance, and rolling efficiency, Genable™ Rubber helps manufacturers address the growing demand for longer-lasting, lower-emission tires. Early testing has shown significant improvements in wear resistance and rolling resistance while maintaining wet grip performance.

Commercial · Certified · Drop-in Ready

Genable™ Coatings brings the reinforcing and barrier properties of graphene into paints, coatings, and protective surface technologies. Designed to improve film durability, abrasion resistance, corrosion protection, chemical resistance, and functional performance, Genable™ Coatings enables tougher, longer-lasting coatings for demanding industrial, marine, roofing, and specialty applications. Its drop-in dispersion approach helps formulators unlock graphene performance at practical loading levels.

Commercial · Certified · Drop-in Ready

Genable™ Lubricants applies Universal Matter’s graphene dispersion technology to specialty lubrication systems where durability, low friction, corrosion protection, and clean performance matter. Current development includes premium wax and graphene-based lubricant formulations, with broader opportunities across automotive and industrial lubricant platforms. Genable™ Lubricants is designed to help customers create next-generation products that perform under demanding conditions while using advanced, carbon-based materials more efficiently.

Our Technology

Flash Joule Heating™ — From Carbon Feedstocks to Graphene

Diverse Carbon Feedstocks

We start with diverse carbon-rich materials, including industrial byproducts and waste streams, as inputs for advanced carbon transformation. This flexible feedstock approach supports circularity while creating a scalable pathway to high-quality graphene and graphitized carbon materials.

Patented Flash Joule HeatingTM

Our patented Flash Joule HeatingTM process uses a short burst of electrical energy to rapidly transform carbon feedstocks into high-quality turbostratic graphene. The process is fast, efficient, and designed to produce consistent advanced materials at a commercial scale.

Functionalization & Dispersion Expertise

Graphene only works when it is engineered for the application. Universal Matter combines deep expertise in functionalization, dispersion, and morphology control to make graphene compatible, stable, and effective in real-world customer formulations.

Genable™ Products

Genable™ products are drop-in ready solutions designed to help customers improve performance today without sacrificing tomorrow. Each product is tailored for a specific market, enabling stronger, more durable, lower-carbon materials without major process changes.

Our Technology

Flash Joule Heating™ — From Carbon Feedstocks to Graphene

Diverse Carbon Feedstocks

We start with diverse carbon-rich materials, including industrial byproducts and waste streams, as inputs for advanced carbon transformation. This flexible feedstock approach supports circularity while creating a scalable pathway to high-quality graphene and graphitized carbon materials.

Patented Flash Joule Heating™

Our patented Flash Joule Heating™ process uses a short burst of electrical energy to rapidly transform carbon feedstocks into high-quality turbostratic graphene. The process is fast, efficient, and designed to produce consistent advanced materials at a commercial scale.

Functionalization & Dispersion Expertise

Graphene only works when it is engineered for the application. Universal Matter combines deep expertise in functionalization, dispersion, and morphology control to make graphene compatible, stable, and effective in real-world customer formulations.

Genable™ Products

Genable™ products are drop-in ready solutions designed to help customers improve performance today without sacrificing tomorrow. Each product is tailored for a specific market, enabling stronger, more durable, lower-carbon materials without major process changes.

Our Technology

Flash Joule Heating™ — From Carbon Feedstocks to Graphene

Diverse Carbon Feedstocks

We begin with a wide range of low-cost and sustainable carbon sources, including coal, biomass, recycled rubber, carbon black, and other waste streams. These materials are collected and prepared as feedstock, enabling the process to transform abundant and often discarded inputs into high-value advanced materials.

Patented Flash Joule Heating™

Our patented Flash Joule Heating™ process uses a short burst of electrical energy to rapidly transform carbon feedstocks into high-quality turbostratic graphene. The process is fast, efficient, and designed to produce consistent advanced materials at a commercial scale.

Functionalization & Dispersion Expertise

Graphene only works when it is engineered for the application. Universal Matter combines deep expertise in functionalization, dispersion, and morphology control to make graphene compatible, stable, and effective in real-world customer formulations.

Genable™ Products

Genable™ products are drop-in ready solutions designed to help customers improve performance today without sacrificing tomorrow. Each product is tailored for a specific market, enabling stronger, more durable, lower-carbon materials without major process changes.

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