Rogers Corporation Unveils Data Center Pivot and Bold 2030 Targets: Revenue to Nearly Double, EPS to Climb Sixfold
Investor Day, New York Stock Exchange, September 30, 2026
Rogers Corporation used its first Investor Day in years to lay out a transformation plan that calls for nearly doubling revenue to $1.5 billion by 2030 while expanding adjusted EBITDA margin to 26% from 14.2% in 2025 and lifting adjusted EPS roughly sixfold to $14 from $2.39. The targets, all organic and excluding any contribution from M&A, rest on a bet that Rogers' decades-old materials science in radio frequency laminates and thermal management can be redirected into AI data center infrastructure, a market the company has not previously been associated with in a meaningful way.
CEO Ali El-Haj was candid about the starting point. "Rogers has not consistently delivered against its potential," he told the room, before pivoting to what he described as evidence the turnaround is real: 2026 sales are tracking to $870 million versus $811 million in 2025, with EBITDA margin up roughly 300 basis points and adjusted EPS rising to $3.80. Management frames this as proof points rather than the finish line.
Data Centers Emerge as the Single Largest Swing Factor
The most significant new disclosure was the depth of Rogers' data center ambitions. Management is targeting over $450 million of combined annual revenue by 2030 from three adjacencies — data centers, battery systems, and EMI shielding — layered on top of 5% core market growth. Data centers are explicitly called out as the largest of the three, and the mechanics behind the opportunity were detailed in unusual technical depth by Nate Brese, the AES segment's senior marketing director.
Brese explained that AI servers face two compounding physical constraints: moving signal without degradation and removing enormous heat loads. On connectivity, he noted that current industry laminates — referred to as M6 through M8 — are becoming inadequate for the large circuit boards, known as mid-planes and back-planes, used to link GPUs without the "2 miles worth of cables and 20,000 connections" that would otherwise be required per rack. Rogers says its newest PTFE-based laminate exceeds M9 specifications with a credible path to M10, an area where, according to Brese, "there is no solutions today" among competitors. On cooling, the company is adapting microchannel cooling technology it has shipped for a decade in high-performance CPU and laser applications — more than 10 million units with no known field failures — into direct-to-chip cooling for AI accelerators now running at kilowatt power levels. El-Haj said design wins in both categories are expected within the next two quarters, with microchannel coolers already in a third generation of customer prototyping, and that actual revenue recognition should begin in the second half of 2027. Rogers is withholding customer names but says sampling is underway with "a handful of" and, separately, "multiple" industry leaders, with confirmatory test results already in hand.
Battery Safety and EMI Shielding Round Out the Adjacency Case
Brian Ninness, who runs the Elastomeric Material Solutions silicones business, laid out the thesis for thermal runaway protection and EMI shielding, both pitched as low-risk extensions of existing capability rather than new ventures. Rogers has supplied pressure-management compression pads to EV and battery producers for over 15 years — more than 100 million square feet of material over the past five years alone — and is now layering in thermal barrier functionality as safety standards tighten from merely warning passengers of a thermal event to, in the strictest cases, requiring "no fire or explosion at all." Materials must withstand temperatures above 800 degrees Celsius while retaining dielectric integrity. Stationary energy storage, growing at a 16% CAGR through 2030 by Rogers' estimate versus 12% for EVs and plug-in hybrids, adds a second leg to that opportunity given 15-to-20-year asset lives that make insurability a selling point. EMI shielding, Ninness said, draws on the same environmental sealing expertise already serving automotive, aerospace, and industrial customers, with EVs and battery storage systems likely to scale fastest given shorter qualification cycles than aerospace and defense.
Margin Expansion Is Front-Loaded on Cost, Back-Loaded on Revenue Mix
CFO Laura Russell, who joined Rogers in 2023 after a decade in semiconductors, detailed roughly 1,200 basis points of adjusted EBITDA margin expansion through 2030, walking through a sequencing that investors will want to track closely. Through 2028, expansion is driven primarily by cost actions already largely complete — manufacturing footprint consolidation, R&D site rationalization, and Six Sigma-driven yield improvement — combined with better absorption of existing capacity as volumes grow. Beyond 2028, Russell said the driver shifts toward the topline itself, as data center and adjacency revenue scales and carries what she described as more attractive incremental margins tied to differentiated pricing. Operating expense is expected to grow in absolute dollars to support the buildout but shrink as a percentage of sales to below 20%, with a mid-20% long-term target range implied in the model. Capital intensity, notably, is not expected to be a constraint: 2026 capex guidance sits at $30 million to $35 million, and Russell indicated this should only rise to the "mid-single-digit" range as a percentage of revenue in subsequent years, suggesting most of the growth can be captured within Rogers' existing global manufacturing footprint rather than through heavy new investment.
Capital Allocation Leaves Room for Bolt-On M&A, But None Is Baked In
Rogers currently carries no debt, has grown cash and short-term investments by roughly $80 million in recent years, and maintains an undrawn $450 million revolver. Russell outlined a capital allocation hierarchy that prioritizes organic reinvestment first, followed by disciplined M&A, balance sheet flexibility, and finally shareholder returns beyond offsetting dilution. Management was explicit that none of the 2030 targets assume acquisitions, framing M&A purely as incremental upside. Any deals are expected to be sized conservatively, with leverage targeted below 2 times EBITDA except in cases of unusually strategic fits, where Russell said the company might stretch slightly with a clear deleveraging path.
Competitive Positioning and Intellectual Property Risk
Pressed by analysts on competitive dynamics, Brese named AGC — which acquired Park Electrochemicals and Taconic — along with Panasonic as the main rivals with comparable PTFE laminate experience, while Ninness pointed to 3M in polyurethane and Saint-Gobain in silicones as the most recognizable global names in EMS end markets, though he noted smaller regional specialists are often the more direct competitive threat. On intellectual property protection, given that much of the growth thesis depends on technology competitors have not yet replicated, El-Haj was unambiguous about the limits of patent enforcement: "They can copy us, they can do whatever they want to do. As long as I'm ahead of them, I think that's how we're going to win business, win new designs and maintain our leadership." That comment underscores that Rogers' moat is being staked on execution speed and customer intimacy rather than legal protection alone, a point investors should weigh given the capital and R&D intensity rivals could bring to bear if the data center opportunity proves as large as management suggests.
Segment-level growth assumptions were also refined during the Q&A: aerospace and defense is expected to be AES's fastest-growing core end market at a high-single-digit rate through 2030, automotive and industrial are expected at mid-single digits, and electronics and communications are expected to grow only in the low-single digits as premium smartphone gains are offset by flat-to-declining wireless infrastructure demand.