描述
Product Material: Ti-6Al-4V, Grade 5
Product Name: Aircraft Brake Housing
| Materials | Ti-6Al-4V, Grade 5 | |
| Specification | Size | 128*128*38mm |
| Process | Milling, Grinding, Oxidation | |
| Hoze Size | ¢8 | |
| Angel | ||
| Accuracy | ±0.02mm | |
| Tolerance | ±0.02mm | |
| Surface Finish | Oxidation | |
Quality Assurance: 100% Inspection with Report
Advantages and Application
The aircraft brake component is a vital device installed on the aircraft’s wheels, generating braking torque, absorbing kinetic energy, and shortening landing roll distance. It consists of a disc-type structure with key elements like brake disc, housing, piston assembly, and automatic gap adjustment. Hydraulic pressure compresses moving and static discs, creating friction torque for braking. Titanium alloys are crucial in aerospace, used for engine parts, structures, and landing gear due to their strength, low density, and high rigidity.
Titanium alloys find primary application in manufacturing compressor components for aerospace engines, as well as structural elements in rockets, missiles, and high-speed aircraft. With a density of approximately 4.51g/cm³, titanium alloys are just 60% of the weight of steel. These alloys surpass the strength of various steel alloy structural sheets, enabling the production of lightweight components with high unit strength and excellent rigidity. Aerospace uses of titanium alloys encompass aircraft engine parts, skeletal structures, fasteners, and landing gear.
