Used CHEMALUX 100 #9242381 for sale

CHEMALUX 100 is an advanced photoresist system used for high precision microfabrication of electronic components. This product utilizes a photo-malleable, light-sensitive material that is highly sensitive to a broad range of light wavelengths, resulting in fast, highly accurate patterning when exposed to light sources of specific wavelengths. 100 is commonly used in lithography processes, where it may be coated on substrates and exposed to broad spectrum light sources to achieve fast, precise patterning. The photo-malleable material of CHEMALUX 100 features a "contrast control agent", or CCA. This CCA helps to reduce patterning defects by altering the light's optical properties. Through this, the CCA helps to achieve more uniform and exact patterning over a greater range of operating light wavelengths, providing precise exposure control and thus reducing patterning defects. 100 is designed to produce extremely fine patterns on substrates using modern microfabrication systems. it has high resolution capabilities, and offers excellent edge resolution, enabling the production of precise micro patterns. The photoresist can be coated in thin layers, allowing for versatile and accurate patterning. CHEMALUX 100 photoresist also has excellent adhesion to a variety of substrate materials, allowing it to be used in a variety of applications. Additionally, the photoresist is resistant to a range of cleaners and solvents, providing the added benefit of resistance to etch solutions. 100 has a long shelf life if stored in a cool, dry location and can be used in a wide range of operating temperatures. The photoresist exhibits excellent wet and dry outcome performance and can be used in both positive and negative resist performance. Overall, CHEMALUX 100 is a powerful photoresist system that offers high precision and resolution, excellent patterning capability, good adhesion, and resistance to etch solutions. It is a versatile and reliable product that provides excellent properties for a variety of applications, making it an ideal choice for advanced microfabrication processes.