English 
| Quantity: | |
|---|---|
6063，6061，2024
Yurun
| Parameter | Details |
|---|---|
| Material Type | Uses 6061 aluminum alloy. |
| Strength | Withstands high load demands. |
| Hardness | Improves via heat treatment. |
| Corrosion Resistance | Maintains durability in harsh conditions. |
| Dimensional Accuracy | Achieves ±0.01mm precision. |
| Geometric Accuracy | Handles complex shapes precisely. |
| Position Accuracy | Ensures correct alignment of features. |
| Surface Roughness | Controlled based on usage needs. |
| Surface Coating | Includes anodizing or special layers. |
| Heat Treatment Process | Uses methods like solid solution and aging. |
| Heat Treatment Parameters | Carefully controls temperature, time, and cooling. |
| Dimensional Tolerance | Adheres to strict limits for part interchangeability. |
| Form and Position Tolerance | Keeps shape and alignment within design standards. |
| Inspection Methods | Employs CMM and other tools for thorough checks. |
YURUN provides Custom Mechanical Aluminum CNC Machining for Car. We supply precise automotive solutions. Our parts enhance system performance.
We use 6061 aluminum alloy. It is strong and corrosion-resistant. This metal supports lightweight design.
Our parts meet high stress demands. We optimize hardness through heat treatment. Each piece resists wear under load.
Our CNC processes ensure 0.01mm accuracy. They handle complex shapes and positions. We support strict tolerance requirements.
We control surface roughness with care. We add coatings for extra protection. This step improves part longevity.
We inspect each piece with advanced tools. We measure size and shape precisely. We ensure reliable fit and function.
YURUN’s Custom Mechanical Aluminum CNC Machining for Car combines lightweight design, strong performance, and efficient processes. Below are its key features:
Lightweight
Aluminum weighs about one-third as much as steel. This helps reduce fuel consumption.
High Strength
Aluminum provides a strong strength-to-weight ratio. It supports vehicle load requirements.
Corrosion Resistance
Aluminum forms a protective oxide layer. This layer stands up to harsh environments.
Low Temperature Performance
Aluminum remains ductile in extreme cold. It keeps structural integrity in varied climates.
Recyclability
Aluminum is highly recyclable. This minimizes energy use and waste.
High Precision
CNC methods achieve tight tolerances. They manage complex geometries with accuracy.
High Efficiency
Automated controls reduce errors. Production cycles become faster and smoother.
Consistency
Parts remain uniform after many runs. Quality does not fluctuate.
Material Flexibility
CNC handles aluminum, steel, plastics, and composites. It meets various design needs.
Engine Components
Ideal for cylinder heads and oil pans. These require precise fit and durability.
Body Structure Components
Lightweight frames and doors. They reduce overall vehicle weight.
Chassis and Suspension
Durable brackets and links. They enhance shock absorption and stability.
Interior Parts
Functional dashboards and ducts. They balance aesthetics and utility.
Surface Roughness
CNC control optimizes part texture. This supports sealing and friction requirements.
Surface Coating
Methods like anodizing add protection. They improve wear resistance and appearance.
Reduced Carbon Emissions
Lighter parts improve fuel economy. They help cut overall emissions.
Material Recycling
Aluminum recycling saves energy. It supports greener manufacturing goals.
| Parameter | Details |
|---|---|
| Material Type | Uses 6061 aluminum alloy. |
| Strength | Withstands high load demands. |
| Hardness | Improves via heat treatment. |
| Corrosion Resistance | Maintains durability in harsh conditions. |
| Dimensional Accuracy | Achieves ±0.01mm precision. |
| Geometric Accuracy | Handles complex shapes precisely. |
| Position Accuracy | Ensures correct alignment of features. |
| Surface Roughness | Controlled based on usage needs. |
| Surface Coating | Includes anodizing or special layers. |
| Heat Treatment Process | Uses methods like solid solution and aging. |
| Heat Treatment Parameters | Carefully controls temperature, time, and cooling. |
| Dimensional Tolerance | Adheres to strict limits for part interchangeability. |
| Form and Position Tolerance | Keeps shape and alignment within design standards. |
| Inspection Methods | Employs CMM and other tools for thorough checks. |
YURUN provides Custom Mechanical Aluminum CNC Machining for Car. We supply precise automotive solutions. Our parts enhance system performance.
We use 6061 aluminum alloy. It is strong and corrosion-resistant. This metal supports lightweight design.
Our parts meet high stress demands. We optimize hardness through heat treatment. Each piece resists wear under load.
Our CNC processes ensure 0.01mm accuracy. They handle complex shapes and positions. We support strict tolerance requirements.
We control surface roughness with care. We add coatings for extra protection. This step improves part longevity.
We inspect each piece with advanced tools. We measure size and shape precisely. We ensure reliable fit and function.
YURUN’s Custom Mechanical Aluminum CNC Machining for Car combines lightweight design, strong performance, and efficient processes. Below are its key features:
Lightweight
Aluminum weighs about one-third as much as steel. This helps reduce fuel consumption.
High Strength
Aluminum provides a strong strength-to-weight ratio. It supports vehicle load requirements.
Corrosion Resistance
Aluminum forms a protective oxide layer. This layer stands up to harsh environments.
Low Temperature Performance
Aluminum remains ductile in extreme cold. It keeps structural integrity in varied climates.
Recyclability
Aluminum is highly recyclable. This minimizes energy use and waste.
High Precision
CNC methods achieve tight tolerances. They manage complex geometries with accuracy.
High Efficiency
Automated controls reduce errors. Production cycles become faster and smoother.
Consistency
Parts remain uniform after many runs. Quality does not fluctuate.
Material Flexibility
CNC handles aluminum, steel, plastics, and composites. It meets various design needs.
Engine Components
Ideal for cylinder heads and oil pans. These require precise fit and durability.
Body Structure Components
Lightweight frames and doors. They reduce overall vehicle weight.
Chassis and Suspension
Durable brackets and links. They enhance shock absorption and stability.
Interior Parts
Functional dashboards and ducts. They balance aesthetics and utility.
Surface Roughness
CNC control optimizes part texture. This supports sealing and friction requirements.
Surface Coating
Methods like anodizing add protection. They improve wear resistance and appearance.
Reduced Carbon Emissions
Lighter parts improve fuel economy. They help cut overall emissions.
Material Recycling
Aluminum recycling saves energy. It supports greener manufacturing goals.
