◆ Material saving, high material utilization rate;
◆ Energy saving, low production energy consumption;
◆ It is suitable for mass production, the greater the output, the lower the production cost;
◆ Suitable material composition can be prepared according to the use function of the part;
◆ Complex shapes can be easily formed;
◆ There are no emissions, no harm to the environment;
◆ Has a high surface finish;
◆ Product dimensions are accurate, repeatable and reliable;
◆ It is a forming process close to the final shape;
◆ With self-lubricating properties
◆ Understand product performance requirements;
◆ Estimate the initial shape of the product;
◆ Compare various materials that can be used;
◆ Comparison of various available processes;
◆ Determine the product shape and size;
◆ Determine materials and processes;
◆ Carry out mold design
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Product processing technology (waxing) | Click to view |
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Product treatment process (oil treatment of powder metallurgy products) | Click to view |
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Product treatment process (vulcanization treatment of powder metallurgy products) | Click to view |
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Powder metallurgy terms (powder metallurgy materials) | Click to view |
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Powder metallurgy terms (post-sintering treatment) | Click to view |
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Powder metallurgy terms (sintering) | Click to view |
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