Material Guide for Thermoformed Plastic Parts – Part 1
The Material Guide for Thermoformed Plastic Parts walks you through the different types of thermoplastics and their specific properties. From strength and flexibility to temperature resistance and chemical durability—discover how various thermoplastics impact the performance of your thermoformed parts, industry-specific requirements, and key factors to consider when selecting the right plastic.
Here’s an overview of the contents:
- Impact of material selection on total costs
- Overview of thermoformable thermoplastics
- Differentiation criteria for thermoplastics
- Property enhancement and specialization of thermoformable plastics
- Industry-specific material requirements and standards
Who is the material guide for plastic thermoformed parts suitable for?
The Material Guide is intended for buyers, designers and project managers involved in the development and manufacturing of thermoformed parts.
The Material Guide supports
- anyone seeking a systematic approach to material selection
- those who want to compare material options in a targeted manner
- users who want to understand how thermoplastics affect total costs in deep drawing
- plastics novices and experts who want a comprehensive overview to help them find the right plastic
Benefits of Our Material Guide for Thermoformed Plastic Parts
Comprehensive Overview
All essential information on thermoformable plastics at a glance.
For Experts & Beginners
Suitable for both newcomers and experienced professionals.
Free of Charge
Available anytime at no cost.
What Can You Expect from This Material Guide?
The Material Guide provides a concise overview of thermoplastics and their role in the thermoforming process.
Since the choice of material is critical to the quality, properties, and cost-effectiveness of thermoformed parts, the guide explains what matters most when making a selection - from material properties to industry-specific standards.
Specific contents of the material guide
Advantages of Thermoplastics
Thermoformable Materials
Market Size & Market Trends
Bioplastics & Recycled Materials
Amorphous vs. Semi-Crystalline
VDA19 Cleanliness Analysis
Fire & IP65 Protection Classes
Surface Classes
Mechanical, Technical, and Electrical Properties
On-Demand Webinars: Material Guide for Thermoformed Plastics
Webinar: Material Guide – Compact Knowledge on Thermoforming (German)
- Introduction to the thermoforming process and material fundamentals
- Insights into plastic value chains and the current thermoplastics market
- Learn how formary supports material selection for a successful project
Webinars are currently only available in German language with English subtitles.
Webinar: Thermoplastic Materials – Part 1: Basics & Market Overview (German)
- Fundamentals of the thermoforming process
- Basics of thermoplastic production and the value chain
- Step-by-step guide to selecting the right plastic for your next project
Webinars are currently only available in German language with English subtitles.
Webinar: Thermoplastic Materials – Part 2: Finding the Optimal Plastic for Your Project (German)
- Differences between roll-stock and sheet production for thermoforming
- How to evaluate and select the right plastic for your thermoforming project
- Learn how formary supports your material selection process
Webinars are currently only available in German language with English subtitles.
FAQ - Frequently Asked Questions about the Material Guide for Plastic Thermoformed Parts
The guide explains how different thermoplastics affect the performance, quality, and cost-effectiveness of thermoformed parts. You’ll learn which materials are suitable for which applications, how to optimize costs, and which industry-specific standards are relevant when making your selection.
Material Guide Part 2
The second part of our Material Guide Series focuses on key material selection criteria. It covers functional, mechanical, and protective requirements, as well as MOQ (minimum order quantities), lead times, and pricing—critical factors in material selection.
In 6 Steps to the Right Plastic for Your Thermoforming Project
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