基于TRIZ理论的镁合金脱模剂创新设计

Innovation Design of Magnesium Alloy Release Agent Based on TRIZ Theory

通过"功能分析、因果分析、资源分析"等方法,找出镁合金脱模剂的"强度低、粘连性差"的主要原因,并在TRIZ理论中建立模型,找出解决问题的冲突原理和效应,结合解决原理对现有镁合金脱模剂进行创新设计。结果表明,改进后的脱模剂能够克服"强度低、粘连性差"问题的发生,且改进后的脱模剂使用成本仅为原成本的1%,产生了较好的经济效益。

Main cause of low intensity and poor adhesion of magnesium alloy mold release agent （MAMRA） was identified by functional analysis, causal analysis, and resource analysis. Through modeling based on TRIZ theory, solution to address conflict of principle and effect was found out. The existing MAMRA was innovatively designed combined with principle of solving. The results show that improved MAMRA can overcome occurrence of low intensity and poor adhesion. Usage cost of novel MAMRA is just 1% of the primary, and good economic benefit is achieved.