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From purpose to process, Continuum is reshaping a sustainable metals economy for forward-thinking companies.
UNLOCKING NEW VALUE CHAINS, TODAY
Continuum has engineered the most efficient and tailored powder metallurgy solutions available today.
Continuum's single-step process approach not only conserves space and time - but eliminates waste in natural resources from raw materials and energy, enabling a more sustainable future and unlocking new efficiencies for our customers.
At Continuum, we are restructuring the entire value chains, waste-free, where products are never discarded but rapidly and efficiently upcycled back into the material flow.
ENABLING GREATER EFFICIENCIES AND SUPPLY SECURITY, ON-SITE
Continuum is transforming the industry with major innovations in process, delivery, and sustainability.
From single-step processing to on-(your)-site production, Continuum is replacing traditional supply chain inefficiency with lean and sustainable manufacturing principles.
---Phil Ward, CEO of Continuum Powders
Processing by-product materials reduces waste and lowers the carbon footprint.
GREYHOUND M2P IS AN essential technology for a net zero future.
Our foundries can be distributed anywhere around the globe. In the near future, they will be installed at your site, further reducing logistics costs, effort and carbon emissions – eliminating the need to store and transport your by-products through reclamation programs. In short, your industrial revert can be used on-site to create a new, high-quality powder fast.
UPCYCLING REIMAGINED
Unlike traditional recycling that collects, sorts, transports and feeds metal to large furnaces with months-long value streams of heating, hot working, transporting and remelting, consuming enormous carbon-rich resources to repurpose, we convert to powder in a single step.
TRANSPARENT AT THE PRODUCT LEVEL
The same gas atomized powder, to specification, with the morphology, properties and characteristics that your processes are optimized around today. Produced without all the carbon waste.
