BREAKING Nuovo Film ships 2.3M+ m² of conductive film NANOTECH 180+ patents worldwide MARKET ~60% global silver-nanowire share claimed RELIABILITY field return rate under 0.04% FUNDING Series D, Santa Clara, California BREAKING Nuovo Film ships 2.3M+ m² of conductive film NANOTECH 180+ patents worldwide MARKET ~60% global silver-nanowire share claimed RELIABILITY field return rate under 0.04% FUNDING Series D, Santa Clara, California
Profile / Materials & Nanotech

Kai
Jiang

He sells the layer you touch a hundred times a day and never see. As CEO of Nuovo Film, Jiang turns silver thinner than thought into the conductive skin of foldable screens.

Kai Jiang, CEO of Nuovo Film
Kai Jiang. The screen says nothing. The film does all the talking.
2.3M+m² film shipped
180+patents worldwide
~60%market share claimed
0.04%field return rate

A mesh of silver, stretched until it disappears.

You are touching his work right now, or something very close to it. Swipe a tablet, fold a phone, tap a smart whiteboard in a conference room, and somewhere under your fingertip sits a transparent conductive film. Most people assume the glass does the conducting. It doesn't. A near-invisible web of silver nanowires does, and Kai Jiang runs the company that makes it at industrial scale.

Jiang is the CEO of Nuovo Film Inc., founded in Silicon Valley in 2012 and now headquartered in Santa Clara. The product is called Crystode, a transparent conductive film made by depositing silver nanowire ink onto a roll of PET plastic with high-precision roll-to-roll slot-die coating. The result is a sheet that conducts electricity, stays see-through, and bends without cracking. That last property is the whole point.

A silver nanowire is tens of nanometers thick - thousands of times thinner than a hair - yet a random tangle of them carries current while staying clear.

The incumbent material it competes against is indium tin oxide, or ITO: rigid, brittle, the reason the first generation of touchscreens shattered when you tried to flex them. ITO works beautifully on flat glass and fails the instant you ask a screen to fold. Nuovo Film's bet, and Jiang's career bet, is that the future of displays bends - and that bendable displays need a conductor that bends with them.

The operator behind the chemistry

Jiang is not the lab coat in this story. He is the operator. Before Nuovo Film he passed through management consulting at McKinsey & Company and the semiconductor industry, the kind of background that teaches you the difference between a clever demo and a shippable product. He studied at Stanford University at the turn of the millennium and is reported to have done undergraduate work at Tsinghua University in Beijing. He lives in the Bay Area, in Oakland, and keeps a deliberately low public profile.

That profile is a tell. There are founders who narrate every funding round on social media, and there are founders who let a 0.04% field return rate do the talking. Jiang is firmly the second kind. His company's website leads not with his face but with shipment volumes, coating-line widths, and patent counts. In a category where the product is literally invisible, the marketing is the metrics.

In a category where the product is invisible, the metrics are the marketing.

Scale is the moat, not the molecule

Plenty of labs can make a silver nanowire. The hard part is making millions of square meters of them, identically, on a line that runs day after day. Nuovo Film's factory reached mass production in 2014, the year Jiang stepped into the CEO seat. By 2018 it was running a 1600mm-wide roll-to-roll coating line - a coating web more than a meter and a half across, fed as one continuous roll. Annual capacity sits around two million square meters of conductive film and over a thousand kilograms of silver nanowires a year.

The numbers that follow are the ones Jiang clearly cares about. More than 2.3 million square meters of film shipped. Over 460,000 touch-enabled modules, measured in 86-inch equivalents. A cumulative field return rate below 0.04%, which in plain terms means the film almost never fails after it leaves the building. An intellectual property portfolio of more than 180 patents worldwide, eleven of them granted in the United States, plus a patent cross-license signed in 2018 with Cambrios Film Solutions, a rival in the same narrow field.

Put together, the company claims roughly 60% of the global silver-nanowire market. Whether you take that figure at face value or shave it down, the shape of the business is clear: a quiet near-monopoly in a material almost no consumer has heard of, sitting one layer beneath products everyone has.

The bench he built around

Jiang did not assemble a startup of first-timers. Nuovo Film's executive team is stocked with veterans of General Electric, Cisco, McKinsey and Applied Materials, and its founders came out of Princeton and Stanford with materials-science pedigrees. It is a company designed to look boring on purpose - the kind of supplier a display manufacturer can bet a product roadmap on without losing sleep.

The applications keep widening. What started in smartphones, tablets and PCs has pushed into wearables, then into the furniture of the connected office and classroom: interactive whiteboards, touch-enabled coffee tables, display walls. The keyword list Nuovo Film attaches to itself reads like a tour of where conductive film is headed - foldable touch screens, automotive touch panels, large-area electronic displays, electronic ink, energy storage, electrically conductive adhesives. Each is a different answer to the same question: where else can you put a conductor that nobody can see?

The pitch in three words display engineers love and no one else understands: birefringence-free.

That word - birefringence-free - is the kind of detail that separates a materials company from a chemistry experiment. It means the film does not distort polarized light, which matters enormously when your film sits on top of an LCD and absolutely cannot smear the image. It is invisible in every sense: invisible to the eye, invisible to the polarizer, and invisible in the press. For Jiang, that appears to be exactly the point.

What he is really building toward

Strip away the patents and the shipment counts and the wager is simple. Jiang is betting that the screen of the next decade folds, rolls, wraps around a car pillar, stretches across a wall - and that every one of those screens needs a transparent conductor that can survive being bent ten thousand times. ITO can't. Silver nanowire film can. The company's job, and his, is to make that film cheaply, reliably, and at a width no competitor can match.

It is an unglamorous mission carried out by an unglamorous CEO, and that may be the most interesting thing about him. In an industry addicted to the visible - the brighter screen, the thinner bezel, the flashier launch - Kai Jiang built a business on the one layer designed to never be noticed. The success metric is absence. If you have never thought about the film under your fingertip, it is working.

A supplier's kind of ambition

There is a particular discipline to running a components company rather than a brand. Nobody walks into a store and asks for the silver nanowire film by name. The customers are display manufacturers, panel makers, the integrators who assemble the screens that carry someone else's logo. That means Jiang's company has to win on the things buyers can measure on a spec sheet and verify on a production line: sheet resistance, haze, transparency, yield, the width of the coating web, the price per square meter. Romance does not close those deals. Consistency does.

It also explains why the company talks in numbers a consumer would find dull and a procurement team would find thrilling. A return rate below 0.04% is not a slogan; it is a promise that the film will not become a warranty problem six months after it ships inside a thousand-dollar device. A 1600mm coating line is not a brag; it is the difference between supplying a niche and supplying an industry. Patents are not trophies; they are the fence around a process that took years to make repeatable. In each case the headline number is really a statement about risk - how much of it Jiang is willing to take off his customers' plates.

The funding story fits the same pattern. Nuovo Film took venture capital in 2015 and has progressed through to a Series D, with sources placing total raised anywhere from roughly $13.9M to $100M depending on which database you trust and whether they count the China-side operations. What is not in dispute is the trajectory: from a Silicon Valley startup with a chemistry idea to a manufacturer with cross-licensing deals, wide coating lines, and a claimed majority of its global niche. That is a decade of compounding, not a viral moment.

Note: Biographical details are drawn from public company materials, LinkedIn, and third-party business databases. Some career and education specifics (including degree types and certain titles) appear only in aggregated profiles and are presented as reported, not independently verified. Funding totals vary by source (figures from roughly $13.9M to $100M appear across databases). No verbatim public quotes from Kai Jiang were found at the time of writing.

Silver nanowire vs. the old glass conductor

// the wager at the heart of Nuovo Film

AgNW film — Nuovo Film's bet
Silver Nanowire
  • Bends and folds without cracking
  • Coated roll-to-roll at 1600mm width
  • Low resistance, high transparency
  • Birefringence-free on polarized displays
ITO — the incumbent
Indium Tin Oxide
  • Rigid - shatters when flexed
  • Vacuum-deposited, harder to scale wide
  • Relies on scarce indium supply
  • Built for flat glass, not foldables
Film shipped
2.3M+ m²
Patents
180+
Market share
~60%
Coating width
1600mm
The success metric is absence. If you never noticed the film, it worked.
— The Nuovo Film thesis, in one line
Things worth knowing
01 / scale

Thousands of times thinner than a human hair, a tangle of silver nanowires still conducts electricity while staying see-through.

02 / the name

"Nuovo" is Italian for "new" - a nod to a genuinely new class of conductive material, not a tweak on the old one.

03 / the enemy

The film's rival is indium tin oxide, the rigid coating that cracks the moment you try to fold a screen.

04 / the trick word

Birefringence-free: the film won't distort polarized light, a detail display engineers obsess over and no one else has heard of.

05 / reliability

A cumulative field return rate under 0.04% across millions of square meters. The film almost never fails after it ships.

06 / the bench

Veterans of GE, Cisco, McKinsey and Applied Materials sit on the team; the founders came out of Princeton and Stanford.

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