湖南久泰冶金科技有限公司

我们是全球领先的专业创新材料生产技术解决方案提供商，运用人类最新智慧科技全方位的满足新材料生产的前沿需求。 我们的工程师和管理者洞悉行业的发展过程，透过精准的科技知识和操控经验，深度挖掘先进材料生产技术潜能，为客户缔造智能化的产业解决方案。 我们为此而自豪！ 我们专注于为客户提供先进粉体新材料智慧系统整体解决方案，从先进粉末新材料的生产技术及其真空/气氛保护热处理设备，到MIM/PM粉末冶金真空/气氛保护烧结技术及其热处理设备，完美实现客户所需达成的目标。 1、纳米粉末材料（金属/陶瓷）技术解决方案 2、超细粉末材料（金属/陶瓷）技术解决方案 3、球形粉末材料（金属/陶瓷）技术解决方案 4、高化学纯度粉末材料（金属/陶瓷）技术解决方案 我们的技术方案应用在粉末冶金、碳/碳材料、3D打印材料、硬质合金、超硬材料、功能陶瓷材料、MIM/PM、碳及碳化硅复合材料、金属热处理、磁性材料、光伏材料、储能电池材料及半导体材料等产业领域。 Jutatech is a global leading supplier of solutions to innovative materials manufacturing technology, Apply the human’s latest intelligent science and technology to fully meet frontier demands of new materials manufacturing. We are proud that engineers and managers of our company have insight to the development process of this industry, and tap potential of advanced materials manufacturing technology deeply based on their profound knowledge and practical experience, thus creating intelligent industrial solutions for the customers. We are focusing on providing integrated solutions to advanced powder materials and intelligent system for the customers, including advanced powder materials manufacturing technologies as well as heat treatment equipment with vacuum or atmosphere protection, and MIM/PM powder metallurgy sintering technologies with vacuum or atmosphere protection as well as heat treatment equipment, perfectly achieving the goals required by the customers. 1.Nano powder materials (metal/ceramic) technical solutions 2.Superfine powder materials (metal/ceramic) technical solutions 3.Spherical powder materials (metal/ceramic) technical solutions 4.High chemical purity powder materials (metal/ceramic) technical solutions Our technical solutions can be applied in the following industrial fields, such as powder metallurgy, 3D printing materials、carbon-carbon materials, hard alloy, super-hard materials, functional ceramic materials, MIM/PM , carbon and silicon carbide composite materials, metal heat treatment, magnetic materials, photovoltaic materials, energy storage battery materials, semi-conducting materials, etc..