Description
Technical Parameters
Key Specifications/ Special Features:
Structural Design of Die Castings
The structural design of die-casting parts is the first step in die-casting work. The rationality of design and process adaptability will affect the smooth progress of subsequent work, such as the selection of parting surfaces, the opening of internal gates, the layout of ejection mechanisms, the difficulty of mold structure and manufacturing, the shrinkage law of alloy solidification, the guarantee of casting accuracy, and the types of defects, all of which are based on the quality of the die casting's own process.
1. Precautions for Design of Die Casting Parts
The design of die castings involves four aspects:
a. The requirements for the shape and structure of parts in pressure casting;
b. Process performance of die castings;
c. Dimensional accuracy and surface requirements of die castings;
d. Determination of parting surface for die-casting parts;
The design of die-casting parts is an important part of die-casting production technology. When designing, the following issues must be considered: selection of mold parting surface, opening of gate, selection of top rod position, shrinkage of castings, ensuring dimensional accuracy of castings, prevention of internal defects in castings, requirements for casting holes, requirements for shrinkage deformation, and size of machining allowance;
2.The design principles of die castings are:
a. Correct selection of materials for die castings;
b. Reasonably determine the dimensional accuracy of die castings;
c. Try to distribute the wall thickness evenly;
d. Add process park corners at each corner to avoid sharp corners.
3. Classification of Die Castings
According to usage requirements, it can be divided into two categories: one is parts that bear large loads or have high relative motion speeds. The inspection items include size, surface quality, chemical composition, and mechanical properties (tensile strength, elongation, hardness); The other type is other parts, which are inspected for dimensions, surface quality, and chemical composition. When designing die castings, it should also be noted that the parts should meet the process requirements of die casting. The processability of die casting is considered from the position of the parting surface, the position of the top push rod, the requirements for casting holes, the requirements for shrinkage deformation, and the size of machining allowance. Reasonably determining the parting surface of the die-casting surface can not only simplify the structure of the die-casting mold, but also ensure the quality of the casting.
4. Processability of die casting structure:
1) Try to eliminate the internal concave side of the casting as much as possible to make the mold structure simple.
2) Try to make the wall thickness of the casting uniform, and use ribs to reduce the wall thickness and reduce defects such as porosity, shrinkage, and deformation in the casting.
3) Try to eliminate deep holes and cavities on the casting. Because small and thin cores are prone to bending and breaking, deep cavities are poorly filled and vented.
4) The designed castings should be easy to demould and core pull.
5) Homogeneity of flesh thickness is necessary.
6) Avoid sharp corners.
7) Pay attention to the draft angle.
8) Pay attention to the tolerance marking of the product.
9) Neither too thick nor too thin is suitable.
10) Avoid dead corners and chamfers (as little as possible).
11) Consider the difficulty of post processing.
12) Minimize voids within the product as much as possible.
13) Avoid having peninsula style local shapes that are too weak.
14) Neither too long forming holes nor too long forming columns are suitable.








Packing and Delivery

Company Overview
Basic Information
|
Total Capitalization |
less than US$50,000 |
|
Country / Region |
China |
|
Year Established |
2014 |
|
Total Employees |
100 to 149 |
|
Business Type |
Exporter, Manufacturer, Trading Company |
Trading Capabilities
| Total Annual Sales | less than US$50,000 |
| Export Percentage | 90 percent to 94 percent |
| OEM Services | Yes |
| Small Orders Accepted | Yes |
| Brand Names | Innolead |
| Payment Terms | TT |
| Main Competitive Advantages | Experienced R&D Department, Large Product Line, ODM (Original Designing & Manufacturing), OEM Capability, Production Capacity, Reliability, Reputation |
| Other Competitive Advantages | NA |
| Major Customer | Soprano, European Thermodynamics Ltd. |
| Export Markets | Australasia, Central/South America, Eastern Europe, Mid East/Africa, North America, Western Europe |

CNC Machine

Stamping workshop

Automatic equipment for package

VC Process Equipment

Equipment for Quality Control



FAQ
CONTACT US
Alex He
Tel:+86 15989331617
Whatsapp&Wechat:+86 15989331617
Skype ID:alex.ho43
Email: alex.he@innolead.net
Web:www.innolead.net
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Product Description
|
Product Class: |
die casting aluminum parts |
|
Model NO. |
IN03120 |
|
Trademark |
Innolead |
|
Origin |
Guangzhou, Shenzhen |
|
Material: |
Aluminum alloy ADC12, A380, brass ,zinc etc. |
|
R&D capacity: |
1) Mould/Tooling analysis, design & manufacturing 2) Mould/Tooling testing & confirm the sample 3) Die-casting rough parts 5) Surface treatment: Trimming, polishing, cleaning & power coating 6) Full Inspection 7) Packing |
|
Company advantage: |
1) ISO 9001:20008 certified 2) Owned die casting and plating workshops 3) Advanced equipment and excellent R&D Team 4) Highly skilled manufacturing process 5) A broad variety of ODM&OEM product range 6) Strict quality Control System |
|
Production Equipments: |
1) 150T-400T aluminum die casting machinery 2) CNC milling and turning, grinding, honing, lapping, broaching and other secondary machining. |
|
Test Equipments: |
1) Hardness tester 2) Chemical analysis 3) Digital Measuring Projector |
|
Manufacture Process: |
1) Process: Die Casting + Machining 2)Secondary Machining: CNC turning, milling, drilling, grinding, assembly to Packing |
|
Surface Treatment: |
sand blasting, Zinc/chrome plating, powder coating, anodizing, as well as heat treatment |
|
Production usage: |
Auto parts, motorcycle parts, pump parts, locomotive parts, machinery parts, CNC machining parts, precision machining parts, ect. |
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