Carbide Inserts for Turning Aluminum

• Customization: Available
• Logo Printing: with Logo Printing
• Size: Customized
• Model NO.: GME
• Customized: Customized
• Type: Cutting Tool
• Material: Carbide Inserts
• Certification: ISO 9001:2008, ISO 9001:2000, GS, CE
• Product Name: Carbide Inserts
• Transportation: by Sea, by Air, by Express
• Transport Package: Plastic Box
• Specification: Customized
• Trademark: GME
• Origin: Xiamen
• Production Capacity: 3000

Product Description

Carbide Inserts for Turning Aluminum Features

Ultra-sharp cutting edges for reduced cutting force and improved efficiency.

Polished rake face for excellent chip evacuation and reduced built-up edge.

Ideal for high-speed turning of aluminum and non-ferrous metals.

Stable cutting performance with high surface finish quality.

Available in various positive geometries for different machining needs.
N series slot features

Model	Picture	Groove Type	Characteristics
VNGA-AL			AL For cutting aluminum alloys. High rake angle and sharp tip.

Processing range of Carbide Inserts for Turning Aluminum

Suitable for pure aluminum, cast aluminum, aluminum alloys, and copper-based non-ferrous materials. Ideal for finishing to semi-finishing under high-speed, high-precision, and low cutting-force conditions.
Product Process Flow
1. Raw Material Preparation (100% Raw Material)
The production process starts with high-quality carbide raw materials, including WC powder, TiC/TaC powder, and cobalt binder. All materials are strictly selected to ensure stable performance and consistency, establishing a solid foundation for the subsequent manufacturing stages.

2. Crushing & Mixing (Breaking & Mixture)
The raw powders are fed into crushing and mixing equipment, such as ball mills or mixing machines. This process ensures uniform blending of different components and achieves the required particle size distribution, which is essential for the later granulation and pressing stages.

3. Chemical Analysis & Identification (Analyzing & Identify)
The mixed powders undergo laboratory testing to analyze chemical composition, particle size distribution, oxygen content, and other key indicators. Strict quality checks ensure that only qualified powder proceeds, preventing any substandard material from entering the production line.

4. Spray Granulation
Qualified mixed powder is processed through a spray granulator, where it is transformed into spherical granules with excellent flowability. The granulated powder provides uniform density and improved mold-filling capability, which significantly enhances the quality of the pressed green bodies.

5. Pressing
The granulated powder is pressed into shape using presses, such as uniaxial pressing or cold isostatic pressing (CIP). This step forms the green body with the required dimensions and density, serving as the basic structure for the final carbide product.

6. Sintering
The pressed green bodies are placed into high-temperature sintering furnaces. Through the de-waxing and sintering stages, the powder particles densify and form the final carbide microstructure. The sintering process directly affects hardness, toughness, and wear resistance.

7. Performance Inspection
After sintering, each carbide blank undergoes a series of performance tests, such as hardness measurement, density check, microstructure examination, and mechanical strength testing. This ensures that all technical requirements are met before machining.

8. Precision Grinding
Using CNC precision grinding machines, the carbide blanks are ground to achieve accurate geometry, excellent surface finish, and strict dimensional tolerances. This is a critical stage in producing high-performance carbide tools and components.

9. Tolerance Inspection
After grinding, all parts are inspected using high-precision measuring instruments, CMMs, optical projectors, and gauge tools. These inspections verify dimensional accuracy, tolerance compliance, and geometric precision.

10. Cleaning
All machined parts are cleaned thoroughly to remove oil, dust, and machining residues. A clean surface ensures optimal adhesion during the coating process.

11. CVD/PVD Coating
Cleaned parts undergo surface coating through CVD or PVD technologies, forming hard, wear-resistant, and heat-resistant coatings. Coating significantly improves tool life, cutting performance, and resistance to high-temperature wear.

12. Final Inspection & Packing
The coated products undergo final inspection, including dimensional checks, coating adhesion tests, and surface quality review. Qualified products are then packaged according to standards to ensure protection during storage and transportation.
Carbide Inserts for Turning Aluminum Application
Carbide inserts for turning aluminum are widely used in industries such as automotive, aerospace, electronics, and mold manufacturing. They are perfect for machining aluminum parts, die-cast aluminum alloys, copper, and other non-ferrous metals, especially in high-speed, high-precision turning operations requiring excellent surface finishes.
Carbide Inserts For Turning Aluminum Processing Case (Gear Ring)

Parameter	Value / Description
Tool Model	DCGX11T304-AL
Tool Grade	GN9120
Workpiece Material	Copper Alloy
Cutting Speed (Vc)	234~271 m/min
Feed Rate (fr)	0.12 mm/rev
Depth of Cut (ap)	0.1 mm
Cooling Method	Wet Cutting
Machining Operation	Face Heavy Interrupted Turning