China Auto Brake Discs Manufacturer, Supplier, Factory

Lionse's flanges are an excellent product in many ways, with versatility and superior performance for many industrial applications. Their high strength, corrosion resistance, temperature resistance and pressure resistance ensure efficient and safe operation, making them ideal for a variety of industrial applications. The production process requires strict control of the technical requirements of each process to ensure that titanium flanges meet the standard quality and performance requirements.

Recently, LIONSE produced a new type of titanium ocean exploration parts, this part of the product quality requirements are very high, titanium alloy material is also one of the difficulties in processing, LIONSE uses a variety of high-precision equipment, and the application of 4-axis machining technology, successfully produced a new type of titanium ocean exploration parts.

Did you know that cast titanium is so unstable that it is immune to both seawater and chemical corrosion? The properties of titanium that prevent chemical corrosion, however, are the very properties that work to confound common casting techniques.

The main components of fluid machinery such as pumps, fans, and compressors are impellers, which come in various types. The number of blades is a crucial design parameter affecting efficiency. The complex trade-offs between fluid dynamics, mechanical strength, and manufacturing costs are key. In fact, increasing the number of blades does not necessarily mean higher efficiency; factors such as head, flow rate, and friction losses need to be considered.

Fastening elements are mechanical components that connect or fix two or more parts together. They are widely used in construction, mechanical engineering, automotive engineering and aerospace. They can be further subdivided according to material (carbon steel, stainless steel, aluminium alloy, etc.), surface treatment (galvanisation, blackening, Dacromet, etc.) and performance grade to meet different operating conditions.

Turbochargers are essentially air compressors designed to increase intake air volume by compressing it. They harness the inertia of exhaust gases expelled by the engine to spin a turbine within the turbocharger housing, which in turn drives a coaxial compressor wheel. This compressor wheel pressurizes air supplied through the air filter, forcing it into the cylinders under increased pressure. As engine RPM rises, the exhaust velocity and turbine speed increase synchronously, enabling the compressor to force more air into the cylinders. The resultant increase in air pressure and density allows for the combustion of more fuel, thereby boosting engine output power by adjusting fuel quantity and engine RPM accordingly. Turbochargers enhance engine power by utilizing exhaust energy.