A380 Service 80000 Shots Mold Die Casting H13 Steel For Auto

Place of Origin CHINA
Brand Name JHPD
Certification IATF16949
Model Number BGFA
Minimum Order Quantity 1set
Price Negotiable
Packaging Details PP Bag, Paper Roll, Blister Box, Carton or According to Your Demand
Delivery Time 20-30 days
Payment Terms T/T
Supply Ability 50 sets mold per month

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Product Details
Mold Steel P20 , H13 Raw Material Aluminum , Zinc , Magnesium
Mold Life 50000 To 80000 Shots Die Temperature 288
Casting Temperature 660 Cast Machine From 280 Ton To 1250 TON
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A380 Service Mold Die Casting

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80000 Shots Mold Die Casting

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H13 Steel Auto Die Casting

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Product Description

Die Casting Supplier Die Casting Aluminum Custom OEM Aluminum Casting A380 Service
 
Die Casting Design

Before die casting your parts, manufacturers will consider a number of factors, such as: element thicknesses and intricacies (affects the amount of time the metal should spend in mold or molds) and complexity of cast design (affects solidification time). To customize a die casting process for unique requirements, manufacturers can adjust the die design, process heat, the material composition or how long the material spends in a mold.
 

Die and component material and hardness for various cast metals  
Die component Cast metal  
Tin, lead & zinc Aluminium & magnesium Copper & brass  
Material Hardness Material Hardness Material Hardness  
Cavity inserts P20[note 1] 290–330 HB H13 42–48 HRC DIN 1.2367 38–44 HRC  
H11 46–50 HRC H11 42–48 HRC H20, H21, H22 44–48 HRC  
H13 46–50 HRC          
Cores H13 46–52 HRC H13 44–48 HRC DIN 1.2367 40–46 HRC  
    DIN 1.2367 42–48 HRC      
Core pins H13 48–52 HRC DIN 1.2367 prehard 37–40 HRC DIN 1.2367 prehard 37–40 HRC  
Sprue parts H13 48–52 HRC H13
DIN 1.2367
46–48 HRC
44–46 HRC
DIN 1.2367 42–46 HRC  
Nozzle 420 40–44 HRC H13 42–48 HRC DIN 1.2367
H13
40–44 HRC
42–48 HRC
 
Ejector pins H13[note 2] 46–50 HRC H13[note 2] 46–50 HRC H13[note 2] 46–50 HRC  
Plunger shot sleeve H13[note 2] 46–50 HRC H13[note 2]
DIN 1.2367[note 2]
42–48 HRC
42–48 HRC
DIN 1.2367[note 2]
H13[note 2]
42–46 HRC
42–46 HRC
 
Holder block 4140 prehard ~300 HB 4140 prehard ~300 HB 4140 prehard ~300 HB  

 

HPDC Mold Advantages

· Net shape part configuration is achievable

· High dimensional accuracy is achievable

· Fast production

· Thinner walls are achievable when compared to investment and sand castings

· Wide range of possible shapes

· External threads can be casted

· Steel inserts can be over-molded

· Holes can be cored to internal tap drill size

 

Typical die temperatures and life for various cast materials
  Zinc Aluminium Magnesium Brass (leaded yellow)
Maximum die life [number of cycles] 1,000,000 100,000 100,000 10,000
Die temperature [C° (F°)] 218 (425) 288 (550) 260 (500) 500 (950)
Casting temperature [C° (F°)] 400 (760) 660 (1220) 760 (1400) 1090 (2000)

Die casting is a manufacturing process that is commonly used for producing accurately dimensioned, sharply defined, smooth, or textured surface metal parts. It is accomplished by forcing molten metal under high pressure into reusable metal dies. The die casting molds process follows the subsequent procedures regarding die cast mold manufacturing:

Mold Manufacturing Processes

1. A mold is created in at least two sections to allow the proper removal of the casting.
2. The sections are mounted securely within the machine and are arranged so that one is stationary while the other is moveable.
3. The two are tightly clamped together.
4. Molten metal is injected into the die cavity where it quickly solidifies.
5. The die halves are drawn apart and the casting is ejected.
 
A380 Service 80000 Shots Mold Die Casting H13 Steel For Auto 0