Bayer MaterialScience Bayer MaterialScience

Contact Search Sitemap
Home Products Industries & Applications Our Businesses Processing/Design News & Events Resources
Bayer Links

Site Map
Home > Resources > Thermoplastic Material Selection, Part and Mold Design Guide, Part Design Tech Papers > Thermoplastic Part Design
Resources

Thermoplastic Part Design

This manual focuses primarily on plastic part and mold design, but also includes chapters on the design process; designing for assembly; machining and finishing; and painting, plating, and decorating. A product of the Bayer MaterialScience Design Engineering Services Group, this manual is primarily intended as a reference source for part designers and molding engineers working with Bayer thermoplastic resins. The table of contents and index were carefully constructed to guide you quickly to the information you need either by topic or by keyword. The content was also organized to allow the manual to function as an educational text for anyone just entering the field of plastic-part manufacturing. FOR YOUR CONVENIENCE, WE HAVE BROKEN THE CHAPTERS OF THE GUIDE INTO INDIVIDUAL PDF FILES. OR YOU MAY OPEN THE ENTIRE GUIDE AS A SINGLE, LARGE PDF FILE.



Thermoplastic Part and Mold Design Guide

Use this file if you want to access the entire Design Guide as a single document that you may view, download or print. This document features a linked index at the back of the document. Click a topic in the index to go directly to that page. (2.7 megabytes)

  • Please login to view document.
Table of Contents

Shows world-class information for part design and mold design considerations.

  • Please login to view document.
Part Design Process

Many factors affect plastic part design. Among these factors are: functional requirements, such as mechanical loading and ultraviolet stability; aesthetic needs, such as color, level of transparency, and tactile response, and economic concerns, such as cost of materials, labor, and capital equipment. These factors, coupled with other design concerns - such as agency approval, processing parameters, and part consolidation - are discussed here.

  • Please login to view document.
General Design

While engineering resins are used in many diverse and demanding applications, there are design elements that are common to most plastic parts, such as ribs, wall thickness, bosses, gussets, and draft. We outline these general design issues, as well as others you should consider when designing parts made of thermoplastic resins.

  • Please login to view document.
Structural Considerations in Plastics

Here we show how to use published data to address the unusual behavior of plastics in part design, and to show how to take advantage of the design freedom afforded by molding processes to meet your structural requirements.

  • Please login to view document.
Structural Design

Show you how to use some basic structural formulas and how economically to design a part for stiffness. There are discussions on long-term part loading, designing for impact, fatigue applications and thermal loading.

  • Please login to view document.
Ten Pitfalls for Thin-Wall Part Design
  • Please login to view document.
Site Map