CNC Machining Zinc Die Casting parts , Die Casting Moulding - Product
Place of Origin : Dongguan,China
Delivery Time : 10-30 Days After Order Being Confirmed
Product Description
CNC Machining Zinc Die Casting parts , Die Casting Moulding
Quick Detail:
1. Good surface
2. Nice plating appearance
3. SGS report can be provide
4. Can make large part
5. Professional mold flow analysis
6. 100,000pcs be provided per month
Description:
Zinc die casting is a manufacturing process that can produce geometrically complex metal parts through the use of reusable molds, called dies. The die casting process involves the use of a furnac
Physical Specification
Other Specification :
CNC Machining Zinc Die Casting Parts , Die Casting Moulding
Quick Detail:
1. Good Surface
2. Nice Plating Appearance
3. SGS Report Can Be Provide
4. Can Make Large Part
5. Professional Mold Flow Analysis
6. 100,000pcs Be Provided Per Month
Description:
Zinc Die Casting Is A Manufacturing Process That Can Produce Geometrically Complex Metal Parts Through The Use Of Reusable Molds, Called Dies. The Die Casting Process Involves The Use Of A Furnace, Metal, Die Casting Machine, And Die. The Melted Zinc In The Furnace And Then Injected Into The Dies In The Die Casting Machine.
Specifications:
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Product Name | Product No. | Material | Dimension | Weight | Surface Treatment |
High Quality Zinc Die Casting Part Manufacturer | NY--109 | ZINC3 | 6*4*0.5cm | 50g | Plating |
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Applications:
Furniture
Competitive Advantage:
1. Can Produce Large Parts
2. Can Form Complex Shapes
3. High Strength Parts
4. Very Good Surface Finish And Accuracy
5. High Production Rate
6. Low Labor Cost
7. Scrap Can Be Recycled
8. Can Be Surface Treatment: Electroplating, Painting, Painting.
9. Does Not Suck Iron Durning Melting And Casting, Not Corrode Die, Non-stick Mold.
10. Good Mechanical Properties And Wear Resistance At Room Temperature.
11. Low Melting Point, Melting At 385 , More Easily Than Aluminum Die Casting
The Process Of Zinc Die Casting:
The Molten Metal Flows Into A Shot Chamber Through An Inlet And A Plunger, Powered By Hydraulic Pressure, Forces The Molten Metal Through A Gooseneck Channel And Into The Die. Typical Injection Pressures For A Hot Chamber Die Casting Machine Are Between 1000 And 5000 Psi. After The Molten Metal Has Been Injected In