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  • Electro-Passivation Compound
    Electro-passivation is associated with surface protection and the modification of material interfaces in electrochemical applications. Understanding an electro passivation compound requires consideration of material properties, surface characteristics, and the intended industrial context. At DisChem Inc., we recognize the importance of material science in specialized manufacturing and the role...
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  • Microlithography Adhesion Promoter
    Adhesion is an important consideration in microlithography because the relationship between a substrate and an applied material can influence pattern consistency. Understanding a microlithography adhesion promoter involves studying surface characteristics, material compatibility, and interface properties. At DisChem Inc., we recognize the importance of material science in lithographic research...
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  • Direct-Write Electron-Beam Lithography
    Direct-write electron-beam lithography is an advanced patterning technique that uses a focused electron beam to define structures on a substrate. It is particularly relevant to research involving micro- and nanoscale fabrication, where detailed pattern definition is important. At DisChem Inc., we recognize the significance of understanding electron-beam lithography and its role in...
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  • Electron Beam Lithography Charge
    Managing electron beam lithography charge is essential when working with insulating substrates that can accumulate electrons during exposure. At DisChem Inc., our DisCharge H2O anti-charging agent is designed to address this challenge by helping dissipate charge during electron-beam patterning. Its water-based formulation offers convenient removal after exposure. We support researchers and...
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  • Hydrogen Silsesquioxane Electron-Beam Resist
    Finding the right hydrogen silsesquioxane electron-beam resist is important when your work requires high-resolution patterning. At DisChem Inc., we offer H-SiQ, a negative-tone HSQ resist developed for electron-beam lithography applications. Its silica-resin-derived chemistry supports specialized microfabrication workflows. We recognize that every process has specific material and exposure...
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  • SurPass Photoresist Adhesion Promoter
    Our SurPass photoresist adhesion promoter is designed to support resist adhesion and coating quality across a broad range of substrate materials used in photon and electron beam lithography. At DisChem, we offer SurPass cationic adhesion promoters and priming agents as part of our microlithography chemistry portfolio. With waterborne formulations available, we give process engineers a practical...
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  • Hydrogen Silsesquioxane Electron-Beam Resist
    Our hydrogen silsesquioxane electron-beam resist, H-SiQ, is a negative-tone resist developed for electron beam lithography applications. At DisChem, we formulate H-SiQ from dry silica resin in a semiconductor-grade MIBK carrier solvent. It is designed for direct-write thin-film EBL applications and is characterized by pitch resolution, sensitivity, and etch resistance. We provide H-SiQ as a...
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  • Electron Beam Anti-Charge Agent
    At DisChem, our electron beam anti-charge agent solutions help address charge accumulation on electrically insulated substrates during electron beam lithography. Our DisCharge chemistry is specifically developed for this purpose, supporting more controlled EBL processing. We understand that charging can affect demanding lithography applications, so we focus on specialized chemistry for micro-...
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  • Hydrogen Silsesquioxane EBL Resist
    Our hydrogen silsesquioxane EBL resist, H-SiQ, is developed for direct-write electron beam lithography where high-resolution patterning is essential. We formulate this negative-tone resist using hydrogen silsesquioxane resin in semiconductor-grade MIBK. H-SiQ provides a combination of pitch resolution, sensitivity, and etch resistance for demanding thin-film applications. We offer multiple...
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  • E-Beam Lithography Charge Dissipation Agent
    Our E-Beam Lithography Charge Dissipation Agent, DisCharge H2O, helps address charge accumulation when electron beam lithography is performed on electrically insulating substrates. We developed this water-based material to create a conductive layer over the resist, helping accumulated electrons dissipate during exposure. This can support improved pattern fidelity and positional accuracy....
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  • Sulfamate Nickel Plating Solution
    For high-precision electroforming, our E-Form sulfamate nickel plating solution is the industry standard. At DisChem, we manufacture our plating chemistries under strict quality controls to ensure ultra-low internal stress and exceptional ductility. Whether you are replicating optical media, fabricating micro-devices, or creating complex molds, our sulfamate nickel plating solution guarantees a...
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  • Direct Write Electron Beam Lithography
    Are you pushing the limits of nanoscale fabrication? Our advanced chemical solutions at DisChem are meticulously engineered to support direct write electron beam lithography processes. This maskless patterning technique requires absolute accuracy, and we provide the critical adhesion promoters and anti-charging agents needed to maintain beam stability. By optimizing your direct write electron...
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