REFACTURE | Manufacturing Tomorrow’s Critical Materials - REFACTURE

Revolutionizing Critical Material Production

At Refacture, we manufacture critical materials for an advancing world

15×

More efficient in material usage than conventional furnaces — reducing waste, emissions, and operational downtime.

>90%

Target material recovery from qualified feedstocks — enabled by high-temperature plasma pretreatment.

Reduce Your Dependence on Foreign Supply

See How Our Platform Works

The Team Powering Industrial Reinvention

Refacture is Recovery + Manufacturing

refacture /rə-ˈfak-chər/
verb

Etymology: blend of resource recovery + “manufacture”

To convert materials from industrial processes into high-value manufactured products.
To rebuild production using secondary inputs instead of raw extraction.
A hybrid of recycling and manufacturing, focused on output — not disposal.

Every output we make is designed for a specific role in modern manufacturing — from beta-phase silicon carbide used in semiconductors and ceramics, to rare earth elements (REEs) essential for EVs and advanced electronics, to aluminum fluoride and recovered graphite for smelting, battery systems, and defense.

We don’t downcycle or generalize. We recover what matters – and engineer it for real-world use.

Silicon Carbide

Tungsten Carbide

Synthetic Graphite

Nickel Recovery

Cobalt Recovery

Aluminum Flouride

Refractories

Ceramic Tile

Insulation Wools

Building a Smarter Industrial Base

Access to Critical Materials

Refacture empowers industries, governments, and partners with access to high-purity, high-performance materials designed for strategic applications. Our platform enables faster, cleaner, and more geographically distributed manufacturing — built for resilience, not just efficiency.

Modern Manufacturing Infrastructure

We aren’t just responding to change — we’re building the industrial foundation that will define what comes next. From advanced ceramics to battery systems and semiconductor-grade powders, our outputs are designed to power the future at scale.

What Are Critical Materials?

“Critical Minerals” (US)

In the U.S., critical minerals are defined as non-fuel minerals vital to economic security, technological advancement, and national defense. They are often sourced from unstable or adversarial regions, making domestic alternatives a growing strategic priority.

“Critical Raw Materials” (EU)

The EU designates Critical Raw Materials as economically important inputs at risk of supply disruption. A subset — Strategic Raw Materials — is identified as essential to key green and digital technologies. Both categories are central to Europe’s evolving industrial and geopolitical strategy.

“Critical Materials” (Our Definition)

At Refacture, we use the term Critical Materials as a unifying definition — encompassing what governments around the world refer to as critical minerals or critical raw materials. These are the essential inputs behind semiconductors, clean energy, defense systems, and industrial automation — and their supply chains are often unstable, constrained, or foreign-controlled.