Price Influencing Factors & Market Quotation of Low-Pressure Injection Mould
Low-pressure injection mould price is affected by 6 core factors, and customized models have 30%–50% price fluctuation compared with standard models.
Conclusion + Data + Explanation: Mould steel material cost accounts for 35%–42% of total low-pressure injection mould price. High-grade H13 steel raises quotation by 25% compared with ordinary 45# steel.
Conclusion + Data + Explanation: Multi-cavity mould design increases manufacturing cost by 28% per cavity. 4-cavity low-pressure mould is 85% more expensive than single-cavity products.
Conclusion + Data + Explanation: Precision surface treatment raises mould price by 18%–22%. Nitriding and polishing processes greatly improve low-pressure casting mould durability.
Conclusion + Data + Explanation: Customized structural moulds have 35% higher quotation than standard moulds. Special exhaust and cooling structure increase processing difficulty.
Conclusion + Data + Explanation: Brand qualification and after-sales service increase mould comprehensive cost by 10%–15%. It ensures long-term stable operation of low-pressure die-casting mould.
The market price of low-pressure injection mould has obvious differentiated characteristics, and there is no unified fixed quotation. For the same specification of low-pressure mould, the price difference between different low-pressure injection mould factory and manufacturers can reach 40%–60%. This phenomenon is mainly caused by material selection, processing technology, structural design and service configuration differences, not simple brand premium.
Material grade is the primary factor affecting price. Ordinary carbon steel and alloy steel are low-cost options, suitable for small-batch trial production with less than 5,000 shots. H13 hot-work steel used for mass-production low-pressure casting mould has higher material cost, but its service life is 3–5 times that of ordinary steel. Xinfeng Machinery matches materials according to customer production batches to avoid excessive cost waste or insufficient mould performance.
Processing precision also affects pricing greatly. High-precision low-pressure mould design requires 5-axis CNC finishing, with processing accuracy controlled within ±0.01mm. The processing cost of high-precision equipment is 20%–30% higher than ordinary machining, which is reflected in the final quotation.
Many customers have a wrong cognition that high-priced moulds are overpriced. In fact, low-priced inferior low-pressure injection mould often has problems such as unqualified heat treatment and rough processing, which will cause frequent shutdown maintenance in later stage. The comprehensive use cost is far higher than high-quality moulds.
Batch procurement has obvious price advantages. The unit price of purchasing more than 3 sets of low-pressure die-casting mould in batches can be reduced by 12%–18%. Regular low-pressure injection mould factory will give preferential policies for long-term cooperative customers to stabilize supply chain cooperation.
FAQ
Q1: What accounts for the largest proportion of mould costs? A1: Steel materials, occupying 35%–42% of total low-pressure injection mould price.
Q2: How much more expensive is multi-cavity low-pressure mould? A2: Each additional cavity increases cost by 28%, 4-cavity is 85% pricier.
Q3: How much does precision surface treatment raise mould price? A3: Increase by 18%–22% and improve mould durability obviously.
Q4: Why customized moulds are more expensive than standard ones? A4: Custom structures raise quotation by 35% due to higher processing difficulty.
Q5: What discount can batch procurement of moulds get? A5: Batch purchase of over 3 sets reduces unit price by 12%–18%.
