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Moisture in the granules.

R Wilkinson¹, E A Poppe, K Leidig

¹DuPont (UK) Ltd, Hemel Hempstead.

Medical Device Technology

|August 26, 2004

Summary

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Manufacturers can prevent defects in plastic molding by properly handling moisture-sensitive polymers. This guide details detection and drying methods to ensure high-quality plastic products.

Area of Science:

Polymer processing
Materials science
Manufacturing engineering

Background:

Moisture sensitivity in polymers can lead to significant defects during processing.
Inadequate handling of hygroscopic plastics compromises the integrity and quality of molded parts.
Manufacturers require practical guidance for managing moisture-sensitive polymers.

Purpose of the Study:

To provide manufacturers with actionable strategies for handling moisture-sensitive polymers.
To outline effective methods for detecting polymer moisture content.
To detail essential drying procedures for ensuring high-quality plastic moldings.

Main Methods:

Review of polymer properties related to moisture absorption.
Description of techniques for identifying moisture in plastic resins.

Related Experiment Videos

Explanation of various industrial drying technologies and parameters.

Main Results:

Proper detection and drying significantly reduce molding defects.
Optimized drying cycles prevent material degradation and improve surface finish.
Consistent quality of molded products is achievable with correct moisture management.

Conclusions:

Effective moisture control is critical for processing sensitive polymers.
Implementing recommended detection and drying procedures enhances product quality.
This guidance supports manufacturers in achieving superior outcomes with hygroscopic plastics.