Organic high-temperature adhesives are mainly applied in the following fields:
I. Aerospace field
1. Used for bonding and sealing aircraft engine parts to ensure the stability and reliability of the structure in a high-temperature and high-pressure working environment. 2. Connecting spacecraft shells, which can withstand extreme temperature changes and radiation in the space environment.

II. Electronic and electrical field
1. Packaging of electronic components to protect sensitive electronic parts from damage during high-temperature soldering and provide good insulation performance. 2. In the manufacturing of printed circuit boards (PCBs), it is used to fix electronic components and conductive circuits to ensure stability during equipment operation.

III. Automotive manufacturing field
1. Bonding and sealing high-temperature parts inside automobiles such as turbochargers and exhaust systems to improve the performance and durability of automobiles. 2. Fixing and protecting automotive electronic equipment to adapt to temperature changes under different working conditions of automobiles.

IV. Chemical field
1. Repairing and installing chemical equipment, which can maintain good bonding performance in a high-temperature and corrosive chemical environment. 2. Connecting and sealing pipelines to prevent chemical leakage.

V. Mechanical manufacturing field
1. Assembling mechanical equipment parts that work at high temperatures, such as industrial furnaces and heat treatment equipment. 2. Bonding mechanical parts with high precision requirements to improve the overall performance and precision of the equipment.