Entegris Inc's Business Segments
Entegris Inc's reported revenue by business segment and by geographic region, quarterly and annual, normalized against the consolidated income statement. Free below: the top 3 rows per table, this quarter and this fiscal year. Subscriber access adds the full segment history and operating income by segment.
Revenue Share by Reportable Segment - Q2 FY2026
- Advanced Purity Solutions58.3%
- Materials Solutions MS42%
Revenue by Reportable Segment - Q2 FY2026
| Segment | Revenue (Millions) | % of Total |
|---|---|---|
| Advanced Purity Solutions | $ 515 | 58.3% |
| Materials Solutions MS | $ 371 | 42% |
Revenue Share by Region - Q2 FY2026
- North America17.2%
- Southeast Asia8%
- Europe6.8%
Revenue by Geographic Region - Q2 FY2026
| Region | Revenue (Millions) | % of Total |
|---|---|---|
| North America | $ 152 | 17.2% |
| Southeast Asia | $ 70 | 8% |
| Europe | $ 60 | 6.8% |
Revenue by Product & Service Category - Q2 FY2026
- Fabs59.3%
- Equipment and Engineering19%
- Chemical and Materials10.2%
- Semi Distributor and Other6.7%
- Non - Semi4.9%
Revenue by Product & Service Category - Q2 FY2026
| Category | Revenue (Millions) | % of Total |
|---|---|---|
| Fabs | $ 523 | 59.3% |
| Equipment and Engineering | $ 167 | 19% |
| Chemical and Materials | $ 91 | 10.2% |
Product and service categories are a supplemental disclosure and are not required to sum to consolidated revenue or to the reportable segments above.
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Description of Entegris Inc
Entegris, Inc. is a leading global developer, manufacturer and supplier of microcontamination control products, specialty chemicals and advanced materials handling solutions for manufacturing processes in the semiconductor and other high-technology industries. Entegris seeks to leverage its unique breadth of capabilities to create value for its customers by developing mission-critical solutions to maximize manufacturing yields and enable higher device performance.
SPECIALTY CHEMICALS AND ENGINEERED MATERIALS SEGMENT
The SCEM segment provides high-performance and high-purity process chemistries,
gases, and materials and safe and efficient delivery systems to support semiconductor
and other advanced manufacturing processes. Utilized in critical semiconductor
manufacturing processes such as deposition, cleaning, and integration of complex
materials, these products enable enhanced device performance. When used in conjunction
with products from our MC and AMH segments, these materials provide unique solutions
to advance semiconductor manufacturing processes.
Specialty Gas Products. Our specialty gas solutions provide advanced safety
and process capabilities to semiconductor manufacturers. Our SDS cylinders store
and deliver hazardous gases, such as arsine, phosphine, germanium and boron
trifluoride, at sub-atmospheric pressure through the use of our proprietary
carbon-based adsorbent materials. These products minimize potential leaks during
transportation and use, providing significant safety and environmental improvements
over traditional high-pressure cylinders, and allow more process gas to be stored
in the cylinder, providing significantly higher rates of productivity than traditional
methods of gas delivery. New generations of SDS products further dramatically
increase the gas storage capacity, reducing tool down time and, therefore, resulting
in significant cost savings for our customers. We also offer VAC, a complementary
technology to SDS where select implant gases are stored under high pressure
but delivered sub-atmospherically.
Specialty Materials Products. Specialty materials products are made from specialized
graphite, silicon carbide and/or a variety of unique, high purity coatings and
serve as critical components in semiconductor manufacturing equipment at various
stages of the semiconductor manufacturing process, including dry or plasma etch,
chemical vapor deposition and ion implant. Our POCO® premium graphite is
used to make precision consumable electrodes for electrical discharge machining,
hot glass contact materials for use in glass product manufacturing and forming,
and a number of graphite consumable products for various industrial applications,
including aerospace, optical, medical devices and printing. Our high-performance
specialty coatings, such as our Pegasus™ coatings, provide corrosion and
erosion resistance and desired conductivity, minimize particle generation and
prevent contamination on critical components used in semiconductor and other
high-technology manufacturing operations.
Advanced Deposition Materials Products. Our advanced deposition materials include
advanced liquid, gaseous and solid precursors which are incorporated in chemical
vapor deposition (CVD) and atomic layer deposition (ALD) processes by the semiconductor
industry, such as our UltraPur™ 4MS and UltraPur™ TEOS products.
We offer containers that allow for reliable storage and delivery of low volatility
solid and liquid precursors required in ALD processes. When combined with our
proprietary corrosion resistant coatings and filtration solutions from our MC
segment, our advanced deposition materials enable the industry’s highest
purity levels, resulting in improved device performance.
Surface Preparation and Integration Products. We offer a range of materials
used to prepare and integrate the surface of a semiconductor wafer during the
manufacturing process. For example, our Viaform® product (a trademark of
and exclusively licensed from Enthone Inc. (Enthone), a subsidiary of Alent
plc (acquired by Platform Specialty Products Corporation in late 2015)) includes
inorganic and proprietary organic molecules that provide the wiring for copper
interconnects and allows manufacturers to eliminate processing steps. We also
offer CMP cleaning solutions for applications such as semiconductor post-etch
residue removal, wafer etching, organics removal, negative resist removal, edge
bead removal, and corrosion prevention. Our wet chemistries solutions, combined
with filtration solutions from our MC segment and fluid handling solutions from
our AMH segment, provide enhanced purity resulting in improved capability and
consistency in our customers processes. Our line of consumable PVA roller brush
products are used to clean the wafer following the CMP process and our line
of pad conditioners, based on our silicon carbide capabilities, offer unique
preparation solutions for each distinct CMP pad application, with significant
improvement in CMP pad life.
ADVANCED MATERIALS HANDLING SEGMENT
The AMH segment develops solutions to monitor, protect, transport, and deliver
critical liquid chemistries and substrates for a broad set of applications in
the semiconductor industry and other high-technology industries. These systems
and products improve our customers’ yields by protecting wafers from abrasion,
degradation and contamination during manufacturing and transportation and by
assuring the consistent, clean and safe delivery of advanced chemicals from
the chemical manufacturer to the point-of-use in the semiconductor fab. The
effective management and maintenance of the entire fluidics system, from initial
production of process chemistry, to transportation and dispensing onto the wafer,
is critical to enhance device yield.
Wafer Solutions. We lead the market with our high-volume line of Ultrapak®
and Crystalpak® products, for wafers ranging from 100 to 200 mm, which ensure
the clean and secure transport of wafers. We also offer a front-opening shipping
box, or FOSB, for the transportation and automated interface of 300 mm wafers.
We provide front opening unified pods, or FOUPs, wafer transport and process
carriers and standard mechanical interface pods, or SMIF pods, which meet a
spectrum of industry standard wafer handling needs, in sizes up to 300mm. These
microenvironment products safely and accurately deliver wafers to the various
process fabrication steps and are optimized with filtration products from our
MC segment to ensure the purest ambient environment around the wafer.
Chemical Containers. We produce a wide range of flexible packaging and polymer
containers that chemical companies use to ship process chemistries to semiconductor
fabs. Our packaging ensures the purity of the chemistry during transportation
to enhance yields for the fab. We optimize the compatibility and performance
of these products on chemistries through close collaboration with our SCEM segment.
We have a broad portfolio of packaging products, from low-volume containers
to transport high-value photoresist chemistries, such as our NOWPak® products,
to large intermediate bulk containers, or IBCs, for high volume chemical consumption,
such as our FluoroPure® products.
Fluidics. We are a leader in high-purity fluid transfer products such as valves,
fittings, tubing, pipe, custom fabricated products and associated connection
systems, such as our PrimeLock® connections, for high-purity chemical applications.
Our comprehensive product line provides our semiconductor manufacturers, process
tool makers and chemical customers with a single-source provider for their process
chemical management needs throughout the manufacturing process.
Our patented digital valve control technology improves chemical uniformity on
wafers and improves ease of optimized system operation. Our IntelliGen®
integrated high-precision liquid dispense systems enable the uniform application
of advanced chemistries during the wafer fabrication process, integrating our
valve control and filter device technologies from our MC segment, so that filtering
and dispensing of photochemicals can occur at different rates, conserving high-value
chemistry and reducing defects on wafers.
The AMH segment collaborates closely with the SCEM segment in developing products
that are compatible with advanced chemistries to enhance yield, while integrating
liquid filtration technology from our MC segment to deliver the most consistent,
defect-free chemistry.
MICROCONTAMINATION CONTROL SEGMENT
The MC segment offers solutions to purify critical liquid chemistries and gases
used in semiconductor manufacturing processes and other high-technology industries.
The design and performance of our liquid chemistry and gas filtration and purification
products are critical to the semiconductor manufacturing process because they
directly reduce defects and improve manufacturing yield. Our proprietary filters
remove chemical and nanometer-sized contaminants and bubbles from the different
fluids and gases used in the manufacturing process, including photolithography,
deposition, planarization and surface etching and cleaning. Our products prevent
defects that could result contamination altering the physical and electrical
properties of our customers’ products.
Liquid Microcontamination Control Products. We offer a variety of unique products
that are optimized to control contaminants in our customers’ liquid processes.
Our Torrento® series of filters is an example of one line of our products
used in leading-edge applications for the filtration of aggressive acid and
base chemistries for both semiconductor fabs as well as specialty chemical manufacturers
including our SCEM segment. Our Impact® series of filters are used in point-of-use
photochemical dispense applications, including those provided by our AMH segment,
where the delivery of superior flow rate performance and reduced microbubble
formation is critical.
Gas Microcontamination Control Products. Our metal filters, such as stainless
steel and nickel filters, reduce out gassing and improve corrosion resistance.
Our purifiers chemically react with and absorb contaminants, such as oxygen
and water, to prevent contamination, and our vent diffusers reduce particle
contamination and processing cycle times. Our GateKeeper® gas purifiers
leverage technology developed from our SCEM segment and effectively remove gaseous
contaminants down to part-per-trillion levels. Our Chambergard™ gas diffusers
provide semiconductor equipment manufacturers with the capability to rapidly
vent their tools to atmosphere without adding particles to the wafers under
process.
Other products. We also offer our eVOLV™ wet chemical process to recycle
electronic waste and recover precious metals and other high-value materials
from discarded printed circuit boards and semiconductor chips.
