Engineering Plastics
Engineering Plastics, Design Guidelines, Injection Molding, and Defects
Engineering Plastics: Design Guidelines, Injection Molding, and Defects is a concise, practical guide for engineers and designers working with high-performance plastics. It covers the properties and applications of various engineering plastics, offering essential design guidelines to optimize part durability, manufacturability, and performance.
Key Contents:
- Engineering Plastics: Overview of key materials like nylon, polycarbonate, and PEEK, focusing on their mechanical and thermal properties for industrial applications.
- Design Guidelines: Best practices for plastic part design, including wall thickness, draft angles, and structural integrity, aimed at creating strong, efficient components.
- Injection Molding: Specific design tips for injection molding, with advice on flow, gating, venting, and moldability to ensure smooth production and cost efficiency.
- Plastic Defects: Common manufacturing defects (e.g., warping, sink marks) with troubleshooting tips to improve quality and reduce waste.
This book is a must-have resource for anyone looking to master the design and production of plastic components.
This book is a practical guide for working with engineering plastics. It covers material properties, design best practices for durable plastic parts, and key tips for injection molding. It also helps identify and solve common defects like warping and sink marks, making it an essential resource for creating high-quality plastic components.