After the invention of photoresist, it was first used in military and national defense equipment, mainly for the manufacture of high-precision optoelectronic devices, missile guidance systems, radar and communication equipment, etc.

Photoresists are widely used in the aerospace field to manufacture high-precision, lightweight aerospace devices, such as tiny optical components and integrated circuits.

In the field of integrated circuit manufacturing, if the lithography machine is the "engine" that promotes the progress of process technology, photoresist is the "fuel" of this "engine".

4，Photoresists are widely used in the 5G field and can be used to manufacture key components such as 5G chips, antennas and microwave devices. Its high resolution, high precision and controllable viscosity characteristics make it an essential material for

Photoresists are widely used in the field of vehicle displays, and can be used to manufacture high-definition, high-contrast and high-stability liquid crystal displays and OLED displays. Its high precision and controllable viscosity characteristics.

Photoresist can be used to make tiny structures and circuit patterns in the field of wearable electronic devices. Its high resolution and durability make it an important tool in the manufacture of high-quality, high-performance wearable devices.