The demands placed on high-purity materials have never been greater. Across advanced semiconductors, clean energy, aerospace, and beyond, manufacturers are pushing the boundaries of what materials can do — and the margin for error is shrinking. In a recent episode of Bench Boost, the official podcast of Inorganic Ventures, Pure Laboratories President Will Marble and Vice Chairman of IV Labs and Pure founder Erik Miller sat down with host Mike Booth to discuss the challenges reshaping the industry and how Pure is meeting them head-on.
A Company Built Around Trust
Pure Laboratories was founded in 2010 and is headquartered just outside of Philadelphia. In 2024, Pure became part of IV Labs, expanding its capabilities while keeping its core focus intact: manufacturing ultra-high purity inorganic salts, metals, rare earths, and precious metals for customers who can't afford to compromise on quality.
But according to Will, what really sets Pure apart isn't just the materials — it's the mindset behind them.
"We don't just sell material," Will explained. "We work closely with customers to solve complex purity and performance challenges, whether that's through custom synthesis, impurity reduction, or technical support. Our mindset is all about long-term partnerships, not quick transactions."
Supply Chain Reliability as a Differentiator
One of the most pressing issues facing advanced manufacturers today isn't just purity — it's availability. Will pointed to Pure's inventory strategy as a key differentiator: maintaining significant on-hand stock of high-purity materials alongside the raw inputs needed to produce them.
"We're not just shipping material," Will said. "We're available as a thought partner to help customers troubleshoot, optimize, and move forward with confidence. That level of operational and technical preparedness reinforces the trust we work to build — not just in theory, but in real-world timelines."
For customers navigating fragile supply chains and long lead times, that preparedness isn't a nice-to-have — it's a deciding factor.
The Industry's Biggest Technical Challenge: Starting Material Quality
Erik Miller has spent decades navigating the technical realities of high-purity manufacturing, and in his view, one challenge continues to escalate above all others: the declining quality and availability of high-quality starting materials.
"Over the past thirty years, as outsourcing has happened, there's a lot less domestic material available," Erik explained. "The quality and reliability has gotten poor and kept going downward. This has created ongoing challenges in maintaining the standards required for advanced manufacturing and processing."
The rare earth supply crisis in North America has compounded this problem significantly. With limited domestic availability of critical materials, manufacturers and processors alike are under mounting pressure — and the work required to purify what is available has grown orders of magnitude more difficult. It's an area where Pure has quietly become one of the few companies capable of bridging the gap, leveraging its purification expertise to reach the ultra-high purity levels advanced applications demand.
What Customers Are Actually Asking For
When Will describes the pain points customers bring to Pure, three themes emerge consistently: purity, reliability, and problem-solving.
Many customers arrive with materials that technically meet a specification but don't perform consistently in their application. Others are dealing with supply chain volatility or last-minute disruptions that put entire projects at risk. And increasingly, customers are simply looking for a knowledgeable partner to help them think through a materials challenge — reducing a specific impurity, improving batch-to-batch consistency, or adapting a material for a new process.
"That's where we tend to be the most helpful," Will said, "combining dependable access to high-purity materials with technical insights to help customers move forward with confidence."
The Shift Toward Application-Ready Materials
Erik identified another meaningful shift in how the market is evolving: a move away from precursor materials and toward comprehensive, application-ready solutions that address end-user challenges directly.
"Their challenges have gotten more complex, and their time is worth money," Erik noted. "The more tailored you can make your product to fix their problems, the better. It saves a lot of labor, helps them streamline workflows, and reduces the burden on their personnel."
The benefits extend beyond efficiency. Fewer processing steps mean fewer opportunities for contamination to enter the workflow — a meaningful advantage when working at the purity levels advanced manufacturing requires. As Erik put it, the less sample prep a customer has to do, the better.
A New Standard for What High-Purity Materials Mean
The overarching takeaway from the conversation is a simple but important one: high-purity materials are no longer just about hitting a number on a spec sheet. Customers are looking for dependable supply chains, genuine technical expertise, and materials that help simplify an increasingly complex manufacturing environment.
That's the standard Pure Laboratories has built itself around — and as the industries it serves continue to grow in complexity and consequence, it's a standard that matters more than ever.