Chip Makers Need Ultra-Pure Helium and Exxon Is Nearly the Sole Source of Six Nines Purity

Photo of Jeremy Phillips
By Jeremy Phillips Published
This post may contain links from our sponsors and affiliates, and Flywheel Publishing may receive compensation for actions taken through them.
Chip Makers Need Ultra-Pure Helium and Exxon Is Nearly the Sole Source of Six Nines Purity

© 24/7 Wall St.

If you haven’t been reading every report on the helium supply chain for the past year, welcome to the club!

Most investors know ExxonMobil as an oil giant. Few know it sits at the center of a critical semiconductor supply bottleneck.

Five Nines vs. Six Nines: A Small Number With Large Consequences

The standard grade for liquid helium used across industrial applications is “A grade B” roughly five nines purity, or 99.999% pure. That sounds extraordinarily clean, and for most applications it is. But leading-edge chip fabrication has moved the goalposts.

Leading-edge semiconductor manufacturers now require six nines purity: 99.9999% pure helium. The difference between five nines and six nines is a single additional decimal place of cleanliness, but in a fab environment where a single stray molecule can ruin a wafer, that gap is enormous.

Why Exxon Is Nearly the Only Source

An industry expert recently stated: “The leading edge chip manufacturers are now looking for six nines purity and right now that primarily comes from Exxon’s facility. So all of a sudden you’ve got a big issue there.”

Exxon Mobil (NYSE:XOM | XOM Price Prediction) is not marketing itself as a semiconductor materials company, but that is effectively what its helium operation has become at the premium end. The company’s technology organization has developed a centralized capability set that spans multiple business lines, and its helium processing infrastructure is one of the few in the world capable of reaching six-nines output consistently.

The Container Problem Nobody Talks About

Here is where the logistics get genuinely strange. Containers used for six-nines helium cannot be contaminated with five-nines helium. Even one molecule of hydrogen is a disqualifying event. As a result, these containers are kept entirely separate from standard helium containers and fiberoptic manufacturer containers, creating a parallel logistics infrastructure that is expensive to maintain and nearly impossible to scale quickly.

If demand from chipmakers accelerates, there is no easy valve to turn. You cannot simply redirect existing supply. The containers, handling protocols, and sourcing all have to match.

What Could Change the Picture

New helium liquefaction capacity being built along the Trans-Canada highway is targeting this high-purity premium market and could eventually diversify supply. That is a meaningful development for investors watching single-source concentration risk.

XOM itself has been executing a broader transformation. Full-year 2025 net income came in at $28.84 billion on revenue of $332 billion, and the stock is up 28% year-to-date as of April 13, 2026, with 43 consecutive years of dividend growth behind it.

The six-nines helium story does not change the investment thesis on XOM overnight, but it adds a dimension most retail investors are completely missing. The Reddit conversation around XOM is entirely focused on oil prices and geopolitics, while the specialty materials angle sits quietly in the background. That gap between perception and reality is often where the most interesting long-term value lives.

Contact [email protected] for any questions or corrections.

Photo of Jeremy Phillips
About the Author Jeremy Phillips →

I've been writing about stocks and personal finance for 20+ years. I believe all great companies are tech companies in the long run, and I invest accordingly.

Continue Reading

Top Gaining Stocks

META Vol: 40,760,422
KMX Vol: 2,288,021
WY Vol: 6,523,553
SBAC Vol: 1,443,801
NVDA Vol: 148,249,982

Top Losing Stocks

MRNA Vol: 9,176,778
CTRA Vol: 73,319,495
CRWD Vol: 9,269,567
DDOG Vol: 5,135,556
EPAM Vol: 1,164,561