Aerospace Special Carbide Rods

Product details

Materials used in the aerospace field mainly include the following:

Titanium alloy: It has high strength and corrosion resistance and is often used to manufacture aircraft structures and engine parts.

Composite materials: including carbon fiber composite materials and glass fiber composite materials, which have high strength, lightweight, and corrosion resistance, and are often used in components such as aircraft fuselages and wings.

High-temperature alloys: have good high-temperature strength and heat resistance, and are suitable for manufacturing internal engine parts and turbine parts.

Polymer materials: used in the manufacture of aircraft interiors, seals, and some structural parts.

Lightweight alloys: such as aluminum alloys and magnesium alloys, are commonly used in the manufacture of aircraft structures and interior components.

These materials have specific performance characteristics and can meet the requirements of high strength, lightweight, high-temperature resistance, and corrosion resistance in the aerospace field.

We have specially developed several grades for the aerospace field, such as the common Inconel718, KR10Z for rough milling, KU409 for fine milling, and KU25 for both rough and fine milling.

 

 

 

In the early days, aero-engines were made of aluminum alloys, magnesium alloys, high-strength steels, and stainless steels; in the later stages, titanium alloys, high-temperature alloys, and composite materials were successively applied to meet the needs of increasing engine thrust and increasing aircraft flight speed.

 

 

Cutting tools processing to automobiles, trains, high-speed rail, etc.

Cutting tools processing to mobile phones, computers, PCB

cutting tool processing to electrical machinery, consumer equipment, and medical equipment

cutting tool processing to aero-engines, aerospace engines, steam turbines, etc

 

 

Q: Why should we choose different grades of cemented carbide to process products?

A: Different grades of cemented carbide are chosen to process products because different cemented carbides have different physical and chemical properties and are suitable for use in different types of processing techniques and materials. Cemented carbide is usually made by mixing and pressing tungsten carbide powder and cobalt powder, and its grades represent different composition ratios and performance characteristics.

Some carbide grades may have higher hardness and wear resistance and are suitable for machining hard materials or high-speed cutting, while other grades may have better toughness and fracture resistance and are suitable for machining difficult-to-machine materials. Or perform heavy-duty cutting. Therefore, according to the specific processing requirements and material properties, it is necessary to select a suitable cemented carbide grade to ensure that the processed products can obtain the best processing effect and performance.

 

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