Aluminum Die Casting Machined Pressure Casting Diecasting in ADC12 A380 44300

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Overview & Basic Info

Model NO.

ADC1046

Application

Machinery Parts

Machining

CNC Machining

Material

Aluminum Alloy

Surface Preparation

Spray Coating

Tolerance Grade

6

Certification

CE, RoHS, ISO 9001, Reach

Technology

Die Casting

Aluminum Code

ADC12

Production Capacity

10000PCS/Month

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Product Description

Aluminum Die Casting Machined Pressure Casting Diecasting in ADC12 A380 44300

Technology: aluminum die casting, CNC machining.
Machine: Horizontal type cold chamber die casting machine (130ton to 500ton).
Machining process: CNC machining, Drilling, Milling, Tapping, Lathe, Stamping etc.
Available surface finished: Anodized, paint, powder coating, shotblasting, plating etc.
Mould Tooling: Normally 30-60 days depending on size.
Delivery: 30 to 90 days based on order quantity.

Material	ADC12, ADC10, A380, A383, A360, Alsi12, Alsi10, ENAC-44300, ENAC-46000, etc.
Casting Process	High pressure die casting, sand casting, gravity casting, permanent mold casting.
Additional Machining	Turning, milling, drilling, grinding, threading, CNC machining.
Surface Treatment	Shot blasting, polishing, plating, anodized, powder coating, E-coating.
Tolerance	Casting grade: CT6; CNC machining dimension +/-0.01mm.
Application	Industrial machinery, Auto parts, Marine hardware, Pneumatic tools, Pump bodies.

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Detailed Photos

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Our Advantages & Certs

Strategically located near major shipping ports for efficient logistics.
Certified to ISO9001 quality management systems.
Strict adherence to Good Faith, Quality Priority, and Efficiency.
Comprehensive deal terms: FOB, CIF, CNF.

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Packaging & Shipping

Individual protection: Products wrapped in bubble bags or PE poly bags.
Outer packing: Grade A double corrugated cartons (max 15kg/35lbs).
Bulk transport: Standard EPAL pallets or robust wooden cases.

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Aluminum Die Casting Process

Aluminum die casting alloys are lightweight and possess high dimensional stability for complex part geometries and thin walls. Aluminum withstands good corrosion resistance and mechanical properties as well as high thermal and electrical conductivity. The process requires cold chamber machines where molten metal is ladled into the chamber to protect the pumping system from high temperatures.