AMS X

Leading Chemical Manufacturer Kureha Makes Strategic Investment in Z-Polymers’ Advanced 3D Printing Materials

Formnext
IMTS

Share this Article

Aside from rising gasoline prices, the US still hasn’t seen much direct economic impact from disruption to Strait of Hormuz maritime traffic. However, it’s only a matter of time before that situation changes, and other countries—especially in Asia—have already begun enacting emergency measures to help alleviate the pain of price shocks for businesses and consumers.

This isn’t a vague, hard-to-pin-down prospect. There’s one material that’s in virtually everything, for instance, which should be expected to lead to sustained inflation for some time, as the effects of the conflict in Iran filter into the broader economy: plastics. About 15 percent of the planet’s polyethylene (PE), for instance, which is the most common plastic on the market, comes from the Middle East.

From one perspective, this is just as negative for the additive manufacturing (AM) industry as it is for all other businesses, but there’s also reason to believe that it will catalyze greater interest in AM, if only as a way to reduce material waste. With that in mind, we should expect to see more deals like the one just announced by leading global chemical supplier Kureha Corporation, based in Japan, and Massachusetts-based manufacturer of advanced 3D printing materials, Z-Polymers.

The deal is twofold: in addition to Kureha making a seed investment in Z-Polymers for an undisclosed amount, the two companies have also formed a joint development agreement (JDA) that aims to accelerate the commercialization of Z-Polymers’ proprietary Tullomer material. Tullomer is a liquid crystal polymer (LCP), optimal for applications that require high strength, corrosion-resistance, and low dielectric loss.

Founded in 2021, Z-Polymers’ origins as a spin-out from the University of Massachusetts Lowell Innovation Hub make the company a good fit for working with Kureha, which excels at specialty materials and prioritizes staying ahead of the curve with a robust R&D program. The compatibility of Tullomer with low-cost FDM printers gives the company an inherent edge in an R&D setting.

In a press release about Kureha’s investment in and partnership with Z-Polymers, Naomitsu Nishihata, SVP of Kureha Corporation, said, “We believe Z-Polymers’ technology platform represents an exciting advancement in high-performance polymer materials. Through collaboration with innovative companies like Z-Polymers, we aim to expand advanced materials solutions for global markets.”

Dr. Michael Zimmerman, founder and CEO of Z-Polymers, said, “Kureha’s investment represents strong validation of the technical foundation and commercial potential of the Tullomer platform. By combining a new class of liquid crystal polymer materials with scalable manufacturing methods, we believe this platform can enable high-performance polymer fibers with capabilities beyond many existing melt-processable materials.”

Z-Polymers’ trajectory from a university spin-out to a partner of a leading chemicals supplier reminds me of a topic I wrote about multiple times last year, and which I think will only continue to gain in relevance: the importance of ensuring that manufacturing innovation has the opportunity to thrive at research universities. Any nation that wants to help itself revitalize its manufacturing landscape needs to include secondary education as a key component in the overall industrial strategy.

With that in mind, the relationship between Kureha and Z-Polymers suggests the opportunity to accelerate efforts to do the same on an international level. Japan and South Korea are among the countries that have already cut polymer production output in response to Hormuz-related supply chain disruptions.

At the same time, nations like Japan and South Korea possess national innovation ecosystems that the US and other Western nations could greatly benefit from emulating. Trading US fossil fuel feedstock for emerging technology collaboration would seem to be an ideal solution.

That may run contrary to the US’s current stance of alienating all its traditional allies, but such an approach is proving to be unsustainable from just about every angle. The US may have succeeded at taking hostage of the world’s energy supplies in the near term, but eventually, America’s partners will want something in return, or they’ll find their own way. Combining forces in order to give the next generation options to be hopeful about would be a step back in the right direction.

Images courtesy of Z-Polymers



Share this Article


Recent News

Can Metal Recycling Help Scale Additive Manufacturing? Continuum and AM Research White Paper Takes a Look

Haddy’s Continued Attention to 3D Printed Drone Boats Shows Why It’s Becoming a Legit Dual-Use Contender



Categories

3D Design

3D Printed Art

3D Printed Food

3D Printed Guns


You May Also Like

AMCM’s Expanded Production Capacity Arrives Just in Time for Western Infrastructure Needs

The geography of the manufacturing sites that produce 3D printers is a bit of a blindspot for the additive manufacturing (AM) industry. Industry stakeholders in the West have been forced...

The Barnes Global Advisors Lands BPMI Metal AM Database Contract

Other than workforce development, materials qualification is perhaps the greatest existing barrier to the scale-up of metal additive manufacturing (AM). Moreover, improving access to data on metals qualified for the...

3D Printing Financials: 6K Additive Reports Record Quarter as Demand Grows for U.S.-Made Metal Powders

Demand for metal powders made in the United States continues to grow, particularly from aerospace and defense customers. That was one of the biggest takeaways from 6K Additive‘s (ASX: 6KA)...

Lyten’s Graphene Filaments Power Modovolo’s US-Made 3D Printing Platform

Drone manufacturer Modovolo has selected Lyten as the primary filament supplier for its industrial 3D printing platform, a move the companies say will strengthen U.S.-based manufacturing for aerospace, defense, and...