The specific uses of grinding wheel discs in the aerospace industry are as follows

- Blade grinding: Aero-engine blades are a crucial component, with manufacturing volumes accounting for approximately one-third of the total machine production. Turbine blades represent the initial key parts in this process. Diamond grinding wheels, cubic boron nitride (CBN) grinding wheels, and similar products can be used for blade tenon grinding and final finishing to ensure the accuracy and surface quality of the blade.

- Processing of other parts: Electroplated internal grinding wheels are suitable for internal grinding of aero-engine cylinders, bearing inner rings, gear holes and other parts, improving surface quality and precision.

In the event of the presence of rust spots or other defects on the surface of the aircraft casing, these can be removed by grinding wheels mounted on specific equipment, thus restoring the surface of the casing to a smooth and even surface. This ensures the aerodynamic performance and appearance of the aircraft.

In the aerospace component manufacturing industry, the accuracy and quality of the mould are of the utmost importance. Grinding wheels are employed for the roughing and finishing of molds, facilitating the processing of the mould material to the requisite shape and dimensional accuracy. Additionally, they are utilized for the maintenance of molds during operation, facilitating the repair of minor wear and the extension of their lifespan.

Sanding belts are an essential tool in the aerospace industry, with a wide range of applications.

Blade processing: The manufacturing precision and surface quality of aero-engine blades are extremely high. Abrasive belts are used for rough grinding, fine grinding and polishing of blades, ensuring the highest standards are met. For example, the use of zirconium corundum abrasive belts and other precision forging blades for CNC abrasive belt grinding can improve the manufacturing precision and efficiency of the blade.

Abrasive belts can also be used for grinding and polishing discs, shafts and other parts of the aircraft engine. This is done to remove the machining allowance, improve the surface finish, ensure the accuracy of the fit between the parts and thus guarantee the engine's overall performance.

- Surface Treatment: During the manufacturing process of aircraft fuselages, the surface must be sanded to remove imperfections, rust, etc. This is done in order to make the surface smooth and even, which in turn reduces air resistance. Abrasive belts are an effective solution for these tasks. Different parts and requirements can be met by selecting the appropriate grit and material for the abrasive belt.

Abrasive belts are also used in the processing and repair of various aircraft parts, including landing gear and wing structure components. As an example, abrasive belts can be used for grinding and repairing abraded parts of the landing gear surface, thus restoring it to the specified size and surface quality.

The aerospace industry utilities a vast array of composite materials. Abrasive belts are an effective solution for cutting, grinding and finishing composite materials. For instance, in the processing of carbon fibre composites, abrasive belts can be employed to cut and sand edges with precision, avoiding damage to the fibers while ensuring they meet the required dimensions and surface quality.