Used SRD 8700532 #9185094 for sale

SRD 8700532 is a 'photoresist' system, which is a material designed to inertly endure exposure to light and other forms of electromagnetic radiation. These materials, also known as photopolymers, are essential in the manufacturing of advanced electronic, optoelectronic and optical components. 8700532 is formulated from a combination of amorphous hydrocarbon polymers, specifically a blend of hydroxy- and fluorosilanes, with a combination of organic and inorganic solvents. The exposure to strong UV radiation causes a chemical reaction to occur within SRD 8700532, causing it to solidify as it is exposed to the light. This property of 8700532 makes it well suited for the fabrication of integrated circuits (ICs) and fine structures on substrates, as it offers excellent resolution for minute geometries. The material also exhibits excellent thermal stability, which allows for operation temperatures of up to 150°C without any significant degradation of the material's properties. This also makes SRD 8700532 well suited for various types of lithography. In terms of its electrochemical properties, 8700532 exhibits good electrical resistance and low dielectric constant at a wide range of humidities and temperatures. This also makes it well suited for demanding applications as it enables efficient signal conduction and minimized capacitance issues when employing SRD 8700532 in IC fabrication. Furthermore, the material also exhibits no adhesion problems to the substrate surface, ensuring stable and reliable electrical contact. This makes the material particularly well suited for device applications like Schottky ramp diodes, digital integrated circuits and high frequency technology. 8700532 is also environmentally friendly, with no solids or harmful chemicals. It is non-toxic, non-pyrophoric and non-combustible, making it inherently safe for personnel and laboratory environments. In summary, SRD 8700532 is an advanced, eco-friendly photoresist system that provides excellent fabrication precision and high-reliability features for integrated circuits and other small-scale optoelectronic devices. It is highly stable at elevated temperatures, offers excellent thermal resistance and features good electrical properties, making it ideal for various microfabrication applications.