Description
| Material: | CN-GB/T DC06 Carbon Steel T=2.5+/-0.05mm | Manufacturing Method: | Rapid Deep Draw Stamping Prototyping |
|---|---|---|---|
| Equipment Requirements: | Hydraulic Presses, 3D Laser Cutter | Supply Capacity: | Fast Prototyping, Low Volume Production |
| Producing Precision: | +/-1.0mm Or Up To +/-0.50mm | Ways Of Delivery: | Express, Air Freight, Sea Freight |
| Highlight: |
CRS deep draw stamping,Custom CRS deep draw stamping prototype,garden equipment deep draw stamping |
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There are several key advantages to using DC06 low carbon steel for deep draw stamping prototype parts:
| Steel Material Properties | |||||||||
| Material Grade/Description | Chemical Composition (weight %) | Tensile strength (Mpa) |
Yield strength (Mpa) |
Elongation | Remarks | ||||
| (C) | (P) | (Mn) | (S) | (Si) | |||||
| EN10139-DC06 | <=0.006 | <=0.020 | <=0.3 | <=0.020 | ….. | 293 | 132 | 47% | For extra deep drawing parts |
Excellent Formability: DC06 steel has exceptional deep draw forming capabilities, allowing for the creation of complex, three-dimensional shapes without cracking or tearing.
High Strength-to-Weight Ratio: DC06 offers a favorable balance of strength and lightweight properties, making it well-suited for applications where minimizing part weight is important.
Consistent Quality: DC06 is a highly standardized steel grade with tight tolerances and reliable mechanical properties, ensuring consistent performance from part to part.
Cost-Effectiveness: Compared to some specialty alloys, DC06 low carbon steel is relatively affordable, helping to keep prototype development costs down.
Manufacturability: DC06 can be easily machined, welded, and finished, allowing for efficient and streamlined prototyping workflows.
While DC06 low carbon steel is a commonly used material for deep draw stamping prototypes.
Of course, similar to DC06, there are some alternative raw materials that can also be considered. But the choice of raw material will ultimately depend on the specific requirements of the prototype, such as performance characteristics, cost constraints, and the complexity of the part geometry. Your prototype supplier can help you determine the most suitable material for your needs.