As the company's marketing team leader, I am honored to introduce you to our mining polyacrylamide designed specifically for the mining industry. Our products have excellent flocculation and settling properties and are an important part of the mining water treatment process. By optimizing these processes, our polyacrylamide can significantly improve the mining efficiency of mineral resources and perform well in many mining applications. A set of data can illustrate the efficiency of our products: Compared with other traditional methods, our polyacrylamide improves the flocculation efficiency by 15% and reduces the settling time by 20%. These improvements not only improve the mining efficiency of mineral resources, but also achieve significant results in environmental protection effects, reducing the pollutant content of mine wastewater. Our brand has always been known for high quality and professional services. In the mining market, our products have been recognized and praised by many customers. This is not only due to the superior performance of the products themselves, but also because we provide reliable technical support and solutions. We know that every customer's needs are unique, so we are always committed to creating higher value for our mining customers through continuous innovation. What's more, our commitment goes beyond providing quality products. We firmly believe that through technological innovation and efficient services, we can promote the sustainable development of the entire mining industry. Our team has extensive industry experience and technical expertise and can provide customers with customized solutions to ensure that every detail meets customer needs. Business growth and market share increase are inseparable from the trust and support of every customer. We hope that through our polyacrylamide for mining, we can not only bring significant benefits to your mining production, but also create a more environmentally friendly and efficient mining future. Thank you for your attention and support.