TMAH

Description: In most semiconductor processing systems, bases are required for proper fabrication of the silicon chip. Technic manufactures a full range of pure base chemistry specifically for the semiconductor industry. Our high level of quality guarantees customers consistent and superior results. To inquire

• Applications: Electronics / Semiconductors
• Form: Organic Chemical / Polymer
• Function: pH Modifier - Base

Description: The HE-960TM offers high precision measurement of the conductivity of TMAH (Tetra Methyl Ammonium Hydroxide) solutions, the main component of the photoresist developer that is used in semiconductor and liquid crystal processes. The HE-960TM is also an environmentally-frie ndly product

• Display Type: Digital Display
• Measures Conductivity / Dissolved Solids: Yes
• Mounting / Environment: In-Situ / Field
• Temperature Compensation: Yes

Description: Chemical Strategies offers over 3,000 products by Chempax. If you are unable to locate a chemical you need, our sales department can custom source any needed materials for you directly.

Description: Accurately measures the concentration of TMAH (Tetra Methyl Ammonium Hydroxide), which is the main component of the photoresist developer solutions in semiconductor manufacturing. Wide measurement range : 0 - 10 %. Have the chemical resistant carbon sensor. Wide range measurement

• Analog Input Type: DC Voltage
• Depth: 115 mm
• Display Technology: LED
• Display Type: Combination

Description: Accurately measures the concentration of TMAH (Tetra Methyl Ammonium Hydroxide), which is the main component of the photoresist developer solutions in semiconductor manufacturing. Repeatability: within +/- 0.003%. Measurement range : 0 - 3 %. Have the chemical resistant carbon sensor

• Analog Input Type: DC Voltage
• Depth: 115 mm
• Display Technology: LED
• Display Type: Combination

Description: MW ADAPTER HC2 TO 1.85(M)

Description: The CS-139E is a high-precision chemical concentration monitor designed for use with TMAH/H2O2 solutions used in cleaning processes during semiconductor manufacturing. It offers a faster response speed and a more compact size than anything available to date, and monitors the concentrations of

Description: Esprix offers a full range of chemicals for micro and macro (PCB) applications. Products include oxidizing compounds, corrosion inhibitors, chelating compounds, solvents, and surfactants . Solvents: DMSO, NMP, TMAH, MEA, N-aminopropylmorphol ine, Butyldiglycol

• Type: Solvent

Description: A TMAH free solution that offers similar performance to the TechniStrip NF52. High resin dissolution and very good metal compatibility.

• Industry Applications: Semiconductor Wafer / Cleanroom
• Type: Cleaner / Cleaning Agent, Stripper (Paint, Resins)

Description: Specially formulated to fully dissolve AZ EM advanced line of photoresist: AZ15nXt, AZ40XT and AZnLOF 2000 series. High metal compatibility from a DMSO and TMAH free solution.

• Industry Applications: Semiconductor Wafer / Cleanroom
• Type: Cleaner / Cleaning Agent, Stripper (Paint, Resins)

Description: A highly effective negative tone photoresist remover used mainly for TSV mask and solder bumping applications. Developed to address laminated photo-resins and liquid resins, the novel stripping formulation of this TMAH/DMSO chemistry exhibits high dissolution performance compared to standard

• Industry Applications: Semiconductor Wafer / Cleanroom
• Type: Cleaner / Cleaning Agent, Stripper (Paint, Resins)

Description: Tetramethylammonium Hydroxide (10% in Methanol) / TMAH For GC analysis, the substance to be analyzed must be in the gaseous form. Because of this, the analysis of many organic compounds requires that injections, columns, and detectors are kept at relatively high temperatures. However, many

Description: reagent. The use of diazomethane is detailed in the Appendix. Methyl esters may be formed through the use of tetramethylammonium hydroxide (TMAH), trimethylphenylammon ium hydroxide (TMPAH), or N,N-dimethylformamid e dimethyl acetal (DMF-DMA). 1.2.2 The two methods for determining

Description: . The use of diazomethane is detailed in the Appendix. Methyl esters may be formed through the use of tetramethylammonium hydroxide (TMAH), trimethylphenylammon ium hydroxide (TMPAH), or N,N-dimethylformamid e dimethyl acetyl (DMF-DMA). 1.2.2 The two methods for determining the amount

Description: . The use of diazomethane is detailed in the Appendix. Methyl esters may be formed through the use of tetramethylammonium hydroxide (TMAH), trimethylphenylammon ium hydroxide (TMPAH), or N,N-dimethylformamid e dimethyl acetal (DMF-DMA). 1.2.2 The two methods for determining the amount

Description: . The use of diazomethane is detailed in the Appendix. Methyl esters may be formed through the use of tetramethylammonium hydroxide (TMAH), trimethylphenylammon ium hydroxide (TMPAH), or N,N-dimethylformamid e dimethyl acetal (DMF-DMA). 1.2.2 The two methods for determining the amount