Optimization of Plastic Moulding by Reducing Warpage With the Application of Taguchi Optimization Technique &amp; Addition of Ribs in Washing Machine Wash Lid Component

Sanap, Pranav; Dharmadhikari, H. M.; Keche, Ashok J.

doi:10.9790/1684-1305016168

Cited by 3 publications

(1 citation statement)

References 6 publications

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“…The material of a mould insert will affect the cooling time of a product as it influences the overall cycle time of the injection moulding process [ 36 ]. Other than that, improving cooling time can also reduce defects such as shrinkage and warpage [ 90 , 99 , 100 ]. Tool steel material takes longer to achieve the ejection temperature than pure copper (Cu) and beryllium copper (BeCu) as tabulated in Table 3 [ 86 ].…”

Section: Injection Moulding Processmentioning

confidence: 99%

Potential of New Sustainable Green Geopolymer Metal Composite (GGMC) Material as Mould Insert for Rapid Tooling (RT) in Injection Moulding Process

et al. 2023

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The investigation of mould inserts in the injection moulding process using metal epoxy composite (MEC) with pure metal filler particles is gaining popularity among researchers. Therefore, to attain zero emissions, the idea of recycling metal waste from industries and workshops must be investigated (waste free) because metal recycling conserves natural resources while requiring less energy to manufacture new products than virgin raw materials would. The utilisation of metal scrap for rapid tooling (RT) in the injection moulding industry is a fascinating and potentially viable approach. On the other hand, epoxy that can endure high temperatures (>220 °C) is challenging to find and expensive. Meanwhile, industrial scrap from coal-fired power plants can be a precursor to creating geopolymer materials with desired physical and mechanical qualities for RT applications. One intriguing attribute of geopolymer is its ability to endure temperatures up to 1000 °C. Nonetheless, geopolymer has a higher compressive strength of 60–80 MPa (8700–11,600 psi) than epoxy (68.95 MPa) (10,000 psi). Aside from its low cost, geopolymer offers superior resilience to harsh environments and high compressive and flexural strength. This research aims to investigate the possibility of generating a new sustainable material by integrating several types of metals in green geopolymer metal composite (GGMC) mould inserts for RT in the injection moulding process. It is necessary to examine and investigate the optimal formulation of GGMC as mould inserts for RT in the injection moulding process. With less expensive and more ecologically friendly components, the GGMC is expected to be a superior choice as a mould insert for RT. This research substantially impacts environmental preservation, cost reduction, and maintaining and sustaining the metal waste management system. As a result of the lower cost of recycled metals, sectors such as mould-making and machining will profit the most.

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