Practical Mold Technology

Author: Chen Wanlin
Publisher:
Publish Date: 2000-01-01
Features: This book conducts a systematic study on practical molds and concisely explains three major series, five categories, and approximately 400 types of various practical mold technologies. It serves as an excellent mentor and companion for mold professionals in systematically learning, researching, applying molds, and advancing in the mold industry. The book is divided into three parts. The first part explains the molding of non-forming materials (cavity molds), which is further divided into the molding of non-forming non-metallic materials (or composite materials) (cavity molds) and the molding of non-forming metal materials (cavity molds). The second part explains the forming of formed (or semi-formed) materials, which is further divided into the forming of formed (or semi-formed) thin materials and the forming of formed (or semi-formed) three-dimensional materials. The third part explains the blanking dies (separation dies) of formed (or semi-formed) materials. The book has a unique writing format, is concise and to the point, has a clear structure, is rich in content, and features practicality, systematicity, and novelty. This book conducts a systematic study on practical molds and concisely explains three major series, five categories, and approximately 400 types of various practical mold technologies, serving as an excellent mentor and companion for mold professionals in systematically learning, researching, applying molds, and advancing in the mold industry. The book is divided into three parts. The first part explains the molding of non-forming materials (cavity molds), which is further divided into the molding of non-forming non-metallic materials (or composite materials) (cavity molds) and the molding of non-forming metal materials (cavity molds). The second part explains the forming of formed (or semi-formed) materials, which is further divided into the forming of formed (or semi-formed) thin materials and the forming of formed (or semi-formed) three-dimensional materials. The third part explains the blanking dies (separation dies) of formed (or semi-formed) materials. The book has a unique writing format, is concise and to the point, has a clear structure, is rich in content, and features practicality, systematicity, and novelty.