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Entegris, Inc.

ENTG · The Nasdaq Global Select Market

Market cap (USD)$25.3B
SectorTechnology
IndustrySemiconductors
CountryUS
Data as of
Moat score
79/ 100

Weighted average of segment moat scores, combining moat strength, durability, confidence, market structure, pricing power, and market share.

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Overview

Entegris supplies mission-critical materials and purity solutions used in semiconductor manufacturing and other high-technology industries, organized into Materials Solutions and Advanced Purity Solutions. Its core moat is design-in and qualification friction: products are specified into fab processes where switching can be slow, costly, and risky to yield. The model is also supported by recurring consumables demand tied to wafer production, materials-science and purity know-how, co-optimized solutions across process modules, EUV materials participation, and global application/service support. Competition remains intense, semiconductor demand is cyclical, and large customers have purchasing leverage, so moat strength varies by product category and node.

Primary segment

Advanced Purity Solutions

Market structure

Oligopoly

Market share

HHI:

Coverage

2 segments · 7 tags

Updated 2026-07-01

Segments

Materials Solutions

Semiconductor process materials (deposition, CMP slurries/pads, etch & clean chemistries, specialty gases/materials)

Revenue

43.1%

Structure

Oligopoly

Pricing

moderate

Share

Peers

MRK.DEDDAI.PALIN

Advanced Purity Solutions

Semiconductor contamination control & purity infrastructure (liquid/gas filtration & purification, microenvironments, fluid management/materials handling)

Revenue

56.9%

Structure

Oligopoly

Pricing

moderate

Share

Peers

DHR4063.TMRN.PA

Moat Claims

Materials Solutions

Semiconductor process materials (deposition, CMP slurries/pads, etch & clean chemistries, specialty gases/materials)

Revenue/profit shares computed from Q1 FY2026 segment net sales and segment profit disclosed in the Q1 FY2026 Form 10-Q Segment Information (MS net sales $351.1M; segment profit $75.9M).

Oligopoly

Design In Qualification

Demand

Strength

Strength 4 of 5

Durability

Durability 3 of 3

Confidence

Confidence 4 of 5

Evidence

Evidence 1 of 5

Process materials are specified into customer flows; lengthy qualification/re-qualification and yield risk make vendor swaps slow and risky.

Design In Qualification moat: definition, examples, and stocks

Erosion risks

  • Second-sourcing requirements at leading fabs
  • Node transitions that reset incumbency
  • Localization of supply chains favoring regional suppliers

Leading indicators

  • Share of new-node qualification wins
  • MS gross margin and ASP trends
  • Customer concentration (top-10 share) trend

Counterarguments

  • Large customers can qualify alternatives and force dual sourcing
  • Customers have purchasing power and can negotiate price-downs

Learning Curve Yield

Supply

Strength

Strength 4 of 5

Durability

Durability 3 of 3

Confidence

Confidence 3 of 5

Evidence

Evidence 2 of 5

Materials science/purity and cross-module process understanding help reduce integration risk and accelerate customers' time-to-yield on new materials, including advanced EUV lithography materials.

Learning Curve Yield moat: definition, examples, and stocks

Erosion risks

  • Competitors closing performance gaps via R&D
  • Rapid process changes making formulations obsolete
  • Know-how diffusion through employee mobility

Leading indicators

  • R&D spend as % of sales
  • Adoption of new interconnect/substrate materials (e.g., SiC, new metals) in customer roadmaps
  • Time from development to commercial qualification for new formulations

Counterarguments

  • Company notes no single patent is material; differentiation may be hard to defend in court
  • Some materials categories can become more price-competitive over time

Installed Base Consumables

Demand

Strength

Strength 4 of 5

Durability

Durability 3 of 3

Confidence

Confidence 4 of 5

Evidence

Evidence 1 of 5

CMP slurries, pads, and post-CMP consumables are repeatedly consumed in wafer processing, creating recurring demand tied to wafer volume/utilization rather than only equipment spend.

Installed Base Consumables moat: definition, examples, and stocks

Erosion risks

  • Utilization-driven downturns and inventory corrections
  • Process changes reducing consumables per wafer
  • Price competition on mature-node consumables

Leading indicators

  • Wafer starts and fab utilization at major foundry/memory customers
  • MS volume growth vs broader semiconductor demand
  • Customer renegotiation cadence and price-down requests

Counterarguments

  • Even consumables can be re-sourced if performance parity is achieved
  • Large customers can standardize and push aggressive cost reductions

Advanced Purity Solutions

Semiconductor contamination control & purity infrastructure (liquid/gas filtration & purification, microenvironments, fluid management/materials handling)

Revenue/profit shares computed from Q1 FY2026 segment net sales and segment profit disclosed in the Q1 FY2026 Form 10-Q Segment Information (APS net sales $463.6M; segment profit $133.6M).

Oligopoly

Installed Base Consumables

Demand

Strength

Strength 4 of 5

Durability

Durability 3 of 3

Confidence

Confidence 4 of 5

Evidence

Evidence 1 of 5

Filtration/purification and related components are repeatedly consumed/replaced as part of ongoing fab operations, creating recurring revenue tied to production volume.

Installed Base Consumables moat: definition, examples, and stocks

Erosion risks

  • Downcycles reduce replacement frequency and fab utilization
  • Customer standardization across fabs favors lowest-cost qualified suppliers
  • In-house redesign of subcomponents to reduce consumable usage

Leading indicators

  • APS revenue sensitivity to fab utilization vs WFE cycle
  • Filter/purifier attach rates in new tool installs
  • Customer inventory and replacement cadence signals

Counterarguments

  • In mature product lines, differentiation can narrow and price becomes central
  • Some customers can qualify multiple suppliers and rotate volume to manage costs

Design In Qualification

Demand

Strength

Strength 4 of 5

Durability

Durability 3 of 3

Confidence

Confidence 4 of 5

Evidence

Evidence 1 of 5

Purity solutions are specified into critical process steps; qualification and yield-risk dynamics create high switching friction.

Design In Qualification moat: definition, examples, and stocks

Erosion risks

  • Competitors win design-ins at new fabs/nodes
  • Local-supplier mandates in certain regions
  • Customers push second-sourcing to reduce supply risk

Leading indicators

  • Win/loss rate for qualification at new fabs and nodes
  • Incidence of forced dual-sourcing or re-qualification events
  • Gross margin trend in APS

Counterarguments

  • Market is described as highly competitive and price remains an important factor
  • Competitors with entrenched customer relationships can get specified at certain fabs

Service Field Network

Supply

Strength

Strength 4 of 5

Durability

Durability 3 of 3

Confidence

Confidence 4 of 5

Evidence

Evidence 1 of 5

Global field application engineering, service centers, and local tech/application support help drive qualification, uptime, and faster turnaround for customers in key semiconductor regions.

Service Field Network moat: definition, examples, and stocks

Erosion risks

  • OEMs and large fabs internalize more support capability
  • Geopolitical restrictions limit ability to serve certain geographies
  • Service costs rise faster than revenue in downcycles

Leading indicators

  • On-site support footprint in Taiwan/Korea/US/EU
  • Customer satisfaction/quality metrics (returns, field failures)
  • Time-to-solution / turnaround time trend

Counterarguments

  • Large competitors can replicate global support networks
  • If products become standardized, service differentiation matters less

Evidence

sec_filing

Switching away from our products may be costly and time-consuming for our customers

10-K highlights that solutions are specified into customer processes and that switching away can be costly/time-consuming with yield risk; it also notes long customer qualification periods and that manufacturing changes may require customer re-qualification.

sec_filing

accelerates new material introduction by reducing development cycles

10-K discusses supporting integration of new materials across multiple unit process steps and claims this reduces development learning cycles and accelerates time to market/yield.

news

resist formulation, precursor synthesis and development

Shows Entegris participating in EUV metal oxide resist ecosystem work; non-exclusive terms support technical relevance more than exclusivity.

sec_filing

products consumed during semiconductor manufacturing

10-K states revenue is predominantly recurring from products repeatedly consumed in semiconductor manufacturing, and the MS segment description includes CMP slurries/pads and other consumable cleaning products.

sec_filing

specified into our customers' manufacturing processes

10-K notes that solutions are specified into customer processes and switching away can be costly/time-consuming with yield risk; it also references lengthy customer qualification periods.

Showing 5 of 6 sources.

Risks & Indicators

Erosion risks

  • Second-sourcing requirements at leading fabs
  • Node transitions that reset incumbency
  • Localization of supply chains favoring regional suppliers
  • Competitors closing performance gaps via R&D
  • Rapid process changes making formulations obsolete
  • Know-how diffusion through employee mobility

Leading indicators

  • Share of new-node qualification wins
  • MS gross margin and ASP trends
  • Customer concentration (top-10 share) trend
  • R&D spend as % of sales
  • Adoption of new interconnect/substrate materials (e.g., SiC, new metals) in customer roadmaps
  • Time from development to commercial qualification for new formulations

Keep the research going

Created 2025-12-26
Updated 2026-07-01

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