In the expansive realm of global industrial and logistics operations, the seemingly inconspicuous pallet plays an irreplaceable role, facilitating the seamless flow of goods and optimizing complex supply chain networks. However, despite its pivotal role, the industry has long been deeply rooted in tradition, with wooden pallets commanding an overwhelming 90% of the estimated nearly 20 billion pallets in global circulation. The enduring popularity of wooden pallets, particularly in various countries, underscores their steadfast position as the preferred choice for customers. Amidst this entrenched market dominance, the plastic pallet industry has faced significant challenges, notably characterized by higher production costs and inherent irreparability. Despite the durability and environmental resilience of traditional plastic pallets, they have struggled to surpass wooden pallets in terms of economic benefits and widespread customer preference. However, a revolutionary solution emerged with the advent of assembled plastic pallets, marking a profound shift in the narrative. The first obstacle faced by traditional plastic pallets is their inherent irreparability. When damaged, these pallets typically require complete replacement, leading to higher costs and a less sustainable product lifecycle. The fact that traditional plastic pallets have failed to address the economic concerns of the majority of customers who still favor wooden pallets exacerbates this limitation. Additionally, manufacturers of traditional plastic pallets, constrained by high mold costs, limited pallet size production, large production machinery, and high inventory, have restricted the widespread expansion of plastic pallets. The innovative design of assembled plastic pallets, utilizing replaceable boundary parts, provides a groundbreaking solution. This clever approach allows for targeted replacement of damaged edges, resulting in a remarkable 90% cost savings for customers, a fact that is nothing short of astonishing. Furthermore, through assembly, only a few sets of molds are needed to create thousands of sizes, meeting 99% of customer size requirements. In essence, assembled plastic pallets address several key weaknesses of traditional plastic pallets, positioning themselves as an economically efficient and sustainable alternative. Moreover, the revolutionary extended service life of assembled plastic pallets adds an appeal that traditional plastic pallets lack. With a service life 3-5 times longer than regular plastic pallets, these pallets redefine industry standards. The thickened and strengthened design of the edges provides superior crash resistance compared to traditional plastic pallets, ensuring not only a longer lifespan but also significantly prolonging the overall product life. In a world where durability aligns with sustainability, this attribute positions assembled plastic pallets as leaders in environmentally friendly supply chain solutions. In contrast, the environmental impact of traditional plastic pallets becomes more pronounced. Their irreparable nature and the need for frequent replacements contribute to increased demand for raw materials, perpetuating the cycle of resource consumption. The inability to address this economic drawback has hindered traditional plastic pallets from gaining widespread acceptance, especially when compared to the economic efficiency and versatility of wooden pallets. Considering the colossal market share that wooden pallets still command and their inherent economic advantages, the significance of assembled plastic pallets becomes even more pronounced. By overcoming the economic hurdles and irreparability that have plagued traditional plastic pallets, assembled plastic pallets emerge as formidable contenders. They not only bridge the gap between economic efficiency and environmental sustainability but also present a compelling case for a more sustainable and efficient global supply chain.