Are you curious about which photoresist suppliers stand out in the industry? Understanding the top factories is crucial for making informed decisions. By knowing the best options, you can ensure quality and efficiency in your projects. Dive in to discover the leading suppliers and elevate your choices!
Photoresists – DuPont
Product Details: DuPont offers a robust, production-proven photoresist product line with materials options that meet the requirements across generations of lithography processes from 365nm down to 13.5nm wavelengths, and exposures that achieve features from 280nm to 20nm.
Technical Parameters:
– i-Line (365nm) photoresists for high resolution and low defects.
– DUV (248nm) photoresists with excellent performance and low defects.
Application Scenarios:
– Semiconductor manufacturing processes.
– Deep-trench patterning.
Pros:
– High resolution and low defects.
– Tailored photoresists to meet specific customer specifications.
Cons:
– May require specific ancillary products for optimal performance.
– Legacy nodes may rely on older formulations.
Top 60 Photoresist Suppliers in 2025 | ensun
Product Details: Photoresist is a light-sensitive material used in semiconductor manufacturing, microfabrication, and photolithography. It undergoes a chemical change when exposed to light, allowing selective removal of exposed or unexposed areas to create patterns on substrates.
Technical Parameters:
– Positive and negative photoresist types
– Exposure wavelength sensitivity
– Film thickness variations (thin, thick, laser direct imaging)
Application Scenarios:
– Semiconductor manufacturing
– Micro-electromechanical systems (MEMS)
– Printed circuit board (PCB) production
Pros:
– Enables high precision patterning
– Critical for advanced manufacturing technologies
Cons:
– Sensitive to environmental conditions such as temperature and humidity
– Performance heavily dependent on film thickness and exposure conditions
Photoresist Companies – Top Company List – Mordor Intelligence
Product Details: Photoresists used for semiconductor manufacturing and other high-tech applications, including photolithography processes for electronics and optics.
Technical Parameters:
– Advanced chemical formulations
– High-resolution applications
Application Scenarios:
– Semiconductor manufacturing
– Electronics and optics industries
Pros:
– High-performance materials
– Innovative solutions for various applications
Cons:
– Market fragmentation
– Challenges in establishing strong market presence
Photoresists Suppliers – Thomasnet
Product Details: Photoresists are light-sensitive materials used in semiconductor manufacturing and microelectronics fabrication. They are typically applied as thin films and exposed to light to create patterns for etching or deposition processes.
Technical Parameters:
– Resolution: Capable of creating fine patterns for advanced IC device fabrication
– Adhesion: Strong adhesion properties to various substrates
– Etch Resistance: High resistance to etching processes
– Pinhole Density: Low pinhole formation for consistent patterning
– Chemical Resistance: Resistant to various processing chemicals
– Film Thickness: Available in various thicknesses (e.g., 1.8 micrometer and 2.8 m…
– Optical Properties: Some formulations are transparent for display applications
Application Scenarios:
– Semiconductor Manufacturing: Fabrication of integrated circuits and microchips
– Microelectronics: Creation of fine patterns for electronic devices
– Display Manufacturing: Transparent photoresists for display applications
– Microfluidics: Patterning for microfluidic devices
– Sensors: Fabrication of sensor components
– Packaging: Semiconductor packaging applications
– Image Reversal: Applications requiring image reversal processes
Pros:
– High resolution capabilities for advanced IC fabrication
– Chemical and thermal stability during processing
– Available in various formulations for different applications
– Suitable for both positive and negative lithography processes
– Good adhesion to various substrate materials
– Available from multiple suppliers with different specialties
Cons:
– Sensitivity to environmental factors (light, temperature, humidity)
– Potential for pinhole formation affecting pattern quality
– Some formulations may require special handling and storage
– Cost can be high for advanced formulations
– Process optimization required for different applications
KemLab Inc.: Electronic Chemicals – Photoresists – Photolithography …
Product Details: KemLab KL7000 Series: A positive photoresist designed for i-line, g-line, and broadband applications. It is environmentally friendly, containing no PFAS and no fluorine materials.
Technical Parameters:
– Film Thickness: 0.15 – 3.0 µm
– Sensitivity: NUV, Broadband, i-line, h-line, g-line
– Developer Compatibility: Industry standard MIF and MIB; optimized for 0.26N TMAH
– Removal: NMP, DMSO at 50-80°C
– Resolution: 0.55 µm dense line/space and 0.40 µm isolated line
– Available Products: KL7002-TF, KL7005, KL7010, KL7015, KL7020
Application Scenarios:
– Photolithography processes requiring high resolution and wide process latitude
– i-line, g-line, and broadband exposure applications
– Applications requiring environmental safety and regulatory compliance
Pros:
– High sensitivity and resolution capabilities
– Wide process latitude for flexible use
– Environmentally friendly (no PFAS and fluorine-free)
– Compatible with industry standard developers
– Multiple film thickness options available
Cons:
– Limited to positive tone applications
– Specific temperature requirements for removal (50-80°C)
– May require optimization for specific developer concentrations
KemLab Inc. Photoresist | Positive | Negative
Product Details: KemLab™ offers a variety of photoresists including positive and negative tone resists, SU-8 epoxy photoresists, PMMA e-beam resists, packaging resists, and lift-off resists.
Technical Parameters:
– Film thickness ranges available
– Various developer compatibility
– Different exposure requirements
– Multiple tone options (positive, negative, image reversal)
Application Scenarios:
– Photolithography processes
– Microfabrication
– Semiconductor manufacturing
– Packaging applications
– Electron beam lithography
Pros:
– ISO 9001:2015 certified
– Wide range of resist types
– Film thickness chart available
– Application-specific formulations
– Global distribution network
Cons:
– Specific technical parameters not detailed
– Limited information on performance characteristics
– No direct pricing information
– Requires additional technical consultation
INPRIA | A world leader world leader in metal oxide photoresist design …
Product Details: Inpria manufactures and sells a suite of EUV metal oxide photoresists designed for advanced semiconductor manufacturing.
Technical Parameters:
– Optimized for resolution, sensitivity, and linewidth roughness
– Utilizes organometallic clusters with a tin-oxide core for superior resolution
Application Scenarios:
– EUV lithography in semiconductor manufacturing
– Novel chip architectures requiring high etch selectivity
Pros:
– Improved patterning resolution due to removal of acid diffusion mechanism
– Enhanced material homogeneity leading to better device yield
Cons:
– Complex manufacturing process requiring collaboration with customers
– Potential limitations in integration with existing manufacturing flows
Photoresist Solutions – Photoresist / Alfa Chemistry
Product Details: Photoresists are light-sensitive compounds used to form patterned coatings on substrate surfaces, primarily for fabricating integrated circuits and flat panel displays. They can be categorized into positive and negative photoresists.
Technical Parameters:
– Positive photoresist: High resolution, insensitivity to standing wave effects, l…
– Negative photoresist: Strong adhesion, high sensitivity, relatively easy develop…
Application Scenarios:
– Highly integrated devices using positive photoresists.
– Low-integrated devices using negative photoresists.
Pros:
– High resolution and low defects in semiconductor photoresists.
– Customizable photoresists to meet specific customer requirements.
Cons:
– Positive photoresists may have limitations in adhesion compared to negative phot…
– Negative photoresists may not be suitable for highly integrated devices.
Business Solution – Jupiter X Templates
Product Details: SUMIRESIST® positive-type photoresists, including i-line, KrF, ArF photoresists for critical and non-critical semiconductor and packaging applications. These products are used for lithography processes in the semiconductor industry, including dry and immersion types for ArF, KrF, and i-line applications.
Technical Parameters:
– i-line: PFI / PFM / PXi / NX Series photoresists for all critical and non-critic…
– ArF: PAR Series photoresists (both dry and immersion applications) for demanding…
Application Scenarios:
– Semiconductor lithography processes for photomasks.
– Advanced CMOS Image Sensor (CIS) applications.
Pros:
– Wide range of photoresist technologies to meet diverse semiconductor and packagi…
– Includes solutions for next-generation lithography technologies.
Cons:
– Specific technical details on chemical composition and performance metrics are n…
– No explicit information about environmental impact or safety guidelines.
Dry Film Photoresist Suppliers – Volza
Product Details: Dry Film Photoresist is a photosensitive material used in the manufacturing of printed circuit boards and microelectronics.
Technical Parameters:
– Export Shipments: 7,875
– Active Suppliers: 253
Application Scenarios:
– Used in electronics manufacturing
– Applicable in PCB production
Pros:
– Wide range of suppliers available
– Global export data for market analysis
Cons:
– Requires paid subscription for detailed access
– Limited information on specific product types
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Comparison Table
| Company | Product Details | Pros | Cons | Website |
|---|---|---|---|---|
| Photoresists – DuPont | DuPont offers a robust, production-proven photoresist product line with materials options that meet the requirements across generations of lithography… | – High resolution and low defects. – Tailored photoresists to meet specific customer specifications. | – May require specific ancillary products for optimal performance. – Legacy nodes may rely on older formulations. | www.dupont.com |
| Top 60 Photoresist Suppliers in 2025 | ensun | Photoresist is a light-sensitive material used in semiconductor manufacturing, microfabrication, and photolithography. It undergoes a chemical change… | – Enables high precision patterning – Critical for advanced manufacturing technologies | – Sensitive to environmental conditions such as temperature and humidity – Performance heavily dependent on film thickness and exposure conditions |
| Photoresist Companies – Top Company List – Mordor Intelligence | Photoresists used for semiconductor manufacturing and other high-tech applications, including photolithography processes for electronics and optics. | – High-performance materials – Innovative solutions for various applications | – Market fragmentation – Challenges in establishing strong market presence | www.mordorintelligence.com |
| Photoresists Suppliers – Thomasnet | Photoresists are light-sensitive materials used in semiconductor manufacturing and microelectronics fabrication. They are typically applied as thin fi… | – High resolution capabilities for advanced IC fabrication – Chemical and thermal stability during processing – Available in various formulations for… | – Sensitivity to environmental factors (light, temperature, humidity) – Potential for pinhole formation affecting pattern quality – Some formulations… | www.thomasnet.com |
| KemLab Inc.: Electronic Chemicals – Photoresists – Photolithography … | KemLab KL7000 Series: A positive photoresist designed for i-line, g-line, and broadband applications. It is environmentally friendly, containing no PF… | – High sensitivity and resolution capabilities – Wide process latitude for flexible use – Environmentally friendly (no PFAS and fluorine-free) – Compa… | – Limited to positive tone applications – Specific temperature requirements for removal (50-80°C) – May require optimization for specific developer co… | www.kemlab.com |
| KemLab Inc. Photoresist | Positive | Negative | KemLab™ offers a variety of photoresists including positive and negative tone resists, SU-8 epoxy photoresists, PMMA e-beam resists, packaging resists… | – ISO 9001:2015 certified – Wide range of resist types – Film thickness chart available – Application-specific formulations – Global distribution netw… |
| INPRIA | A world leader world leader in metal oxide photoresist design … | Inpria manufactures and sells a suite of EUV metal oxide photoresists designed for advanced semiconductor manufacturing. | – Improved patterning resolution due to removal of acid diffusion mechanism – Enhanced material homogeneity leading to better device yield | – Complex manufacturing process requiring collaboration with customers – Potential limitations in integration with existing manufacturing flows |
| Photoresist Solutions – Photoresist / Alfa Chemistry | Photoresists are light-sensitive compounds used to form patterned coatings on substrate surfaces, primarily for fabricating integrated circuits and fl… | – High resolution and low defects in semiconductor photoresists. – Customizable photoresists to meet specific customer requirements. | – Positive photoresists may have limitations in adhesion compared to negative phot… – Negative photoresists may not be suitable for highly integrate… | www.alfa-chemistry.com |
| Business Solution – Jupiter X Templates | SUMIRESIST® positive-type photoresists, including i-line, KrF, ArF photoresists for critical and non-critical semiconductor and packaging applications… | – Wide range of photoresist technologies to meet diverse semiconductor and packagi… – Includes solutions for next-generation lithography technologie… | – Specific technical details on chemical composition and performance metrics are n… – No explicit information about environmental impact or safety g… | sumichem-at.com |
| Dry Film Photoresist Suppliers – Volza | Dry Film Photoresist is a photosensitive material used in the manufacturing of printed circuit boards and microelectronics. | – Wide range of suppliers available – Global export data for market analysis | – Requires paid subscription for detailed access – Limited information on specific product types | www.volza.com |
Frequently Asked Questions (FAQs)
What is a photoresist supplier factory?
A photoresist supplier factory is a facility that produces photoresist materials used in photolithography, a key process in semiconductor manufacturing. These materials are essential for transferring circuit patterns onto substrates, enabling the production of integrated circuits and other electronic components.
What types of photoresist materials do suppliers offer?
Suppliers typically offer a range of photoresist materials, including positive and negative photoresists, as well as specialty formulations for specific applications. Positive photoresists become soluble when exposed to light, while negative photoresists harden upon exposure, allowing for various patterning techniques.
How do I choose the right photoresist supplier?
When selecting a photoresist supplier, consider factors like product quality, technical support, delivery times, and pricing. It’s also helpful to look for suppliers with a proven track record in the semiconductor industry and those that offer customizable solutions to meet your specific needs.
Are there any environmental concerns with photoresist materials?
Yes, there can be environmental concerns associated with photoresist materials, such as the use of hazardous chemicals. Many suppliers are now focusing on developing eco-friendly alternatives and implementing sustainable practices to minimize their environmental impact. It’s important to inquire about these aspects when selecting a supplier.
What is the typical lead time for photoresist orders?
Lead times for photoresist orders can vary based on the supplier and the specific materials requested. Generally, you can expect lead times to range from a few days to several weeks. It’s best to communicate your timeline needs with the supplier to ensure timely delivery.