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Plating / Carburized ±0.05mm Tolerance Precision Metal Stamping,Metal Stamping Automotives
Specification
| Process | Stamping,welding,CNC,machining,casting,forging,milling,bending, laser cutting etc. |
| Material | Metal,Steel, |
| Surface Treatment |
Zinc plated,Tin plated,Nickel plated,Chrome plated,Anodize,Electropolishing, powder coat, painting,electrophoresis,phosphorylated,pickling etc. |
| OEM Service | Kindly send your drawings or original samples |
| Samples | Available if need |
| Quality System | ISO9001 and TS16949 |
| Payment Terms | T/T,L/C at sight,Western Union,Alibaba Trade Assurance; |
product description
Another application of the plastic injection insert molding technology is in-mold decorating and in-mold labeling, in which decorated or printed film is inserted into the mold cavity and the plastic resin injected against the film, resulting in a labeled or decorated part that is durable and cost effective.
Proper mold design and construction are critically important in insert molding to maintain part tolerances and tooling reliability. Shunjie Electronics often employs automation in the insert molding process for fast and precise placement of inserts.
Product Details
Reduced assembly and labor costs
Molded as one assembly
Reduced size and weight
Insert molding allows for reduction of part size and weight because parts are joined with strong, light weight plastic resin and fasters or connectors are eliminated.
Improved component reliability
Insert molding of components ensures proper alignment, prevents loosening and the plastic resin can provide improved resistance to vibration and shock
Improved part strength and structure
Insert molding combines the physical strength of the plastic resin and insert to produce one seamless plastic part
Enhanced design flexibility
Custom plastic insert molding allows for almost unlimited configurations and material combinations
Consolidation of components
Insert molded components enable part and inventory cost reductions
Video
Video
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Plating / Carburized ±0.05mm Tolerance Precision Metal Stamping,Metal Stamping Automotives
Specification
| Process | Stamping,welding,CNC,machining,casting,forging,milling,bending, laser cutting etc. |
| Material | Metal,Steel, |
| Surface Treatment |
Zinc plated,Tin plated,Nickel plated,Chrome plated,Anodize,Electropolishing, powder coat, painting,electrophoresis,phosphorylated,pickling etc. |
| OEM Service | Kindly send your drawings or original samples |
| Samples | Available if need |
| Quality System | ISO9001 and TS16949 |
| Payment Terms | T/T,L/C at sight,Western Union,Alibaba Trade Assurance; |
product description
Another application of the plastic injection insert molding technology is in-mold decorating and in-mold labeling, in which decorated or printed film is inserted into the mold cavity and the plastic resin injected against the film, resulting in a labeled or decorated part that is durable and cost effective.
Proper mold design and construction are critically important in insert molding to maintain part tolerances and tooling reliability. Shunjie Electronics often employs automation in the insert molding process for fast and precise placement of inserts.
Product Details
Reduced assembly and labor costs
Molded as one assembly
Reduced size and weight
Insert molding allows for reduction of part size and weight because parts are joined with strong, light weight plastic resin and fasters or connectors are eliminated.
Improved component reliability
Insert molding of components ensures proper alignment, prevents loosening and the plastic resin can provide improved resistance to vibration and shock
Improved part strength and structure
Insert molding combines the physical strength of the plastic resin and insert to produce one seamless plastic part
Enhanced design flexibility
Custom plastic insert molding allows for almost unlimited configurations and material combinations
Consolidation of components
Insert molded components enable part and inventory cost reductions
