With the improvement of people's standard of living, cars have become an indispensable means of transportation for almost every household.
A car consists of many parts, and brake discs and brake pads are among them.
It has to withstand various environments, hot, cold, dry and wet, to maintain structural stability, but also sufficient friction, in order to provide safe travel security.
Brake pads play a pivotal role in braking a vehicle.
Structurally, brake pads consist of a steel plate, an insulation layer and a friction block. The steel plate is painted to prevent rust.
The insulation layer consists of a non-heat-conducting material, because brake friction generates a lot of heat, and if this heat is transferred to the brake caliper and eventually to the oil circuit in the brake distributor pump, it will cause the brake fluid temperature to rise and produce boiling bubbles, forming air resistance in the brake fluid circuit, thus causing a decrease in vehicle braking power.
The friction block is composed of friction material and adhesive, when the vehicle braking will squeeze the friction block and brake disc to produce friction, generating braking force to achieve the purpose of braking.
So what help can the X-ray machine bring to the brake disc and brake pad manufacturing companies?
Because of the importance of its safety, its manufacturing process of quality control is particularly important, manufacturers need to use X-ray machines in the production and quality inspection process, used to check the potential problems of brake discs and brake pads, can effectively ensure the quality of its products and factory pass rate, and thus eliminate the safety risks caused by inadequate quality.
The industrial X-ray real-time imaging inspection system (ZXFlaseeRaysov D series industrial DR or ZXVoxel industrial CT) produced by Raysov Instrument Co. We have developed a series of inspection systems for different sizes and dimensions of castings (aluminum, steel, resin, etc.) and small and medium-sized welded parts.