Plastic identification guide

In our illustrative case, identification of these users should present no problem. We have an established pattern of use to start with. Typical uses of engineering plastics will be located in such industries as automotive, aircraft, appliances, business machines, communication equipment, aerospace, and defense industries. Our sales department can help guide us to the right companies in these fields. We should include also so-called secondary accounts — our customer s customers. 

PRACTICAL GUIDE TO THE IDENTIFICATION OF MONOMERIC PLASTICIZERS IN FLEXIBLE PVC COMPOUNDS... 

SPI, SPI resin identification code - guide to correct use, http //www.plasticsindustry.org/About Plastics/content.cfm ItemNumber=823 navItemNumber-2144, accessed Dec. 1 (2014)... 

Williams, R. S., Brooks, A. T, Williams, S. L., and Hinrichs, R. L. (1998). Guide to the identification of common clear plastic films. Society for the Preservation of Natural History Collections (SPNHC) Newsletter, 3, Pall 1998, 1. ... 

The data in Table 10.2 show that it is possible to identify the plasticizer based on results of NMR measurements. A mass spectral guide is available for a quick identification of diall l phthalates using GC-MS analysis. ... 

Society of the Plastics Industry, SPI Resin Identification Code Guide to Carect Use, http // www.plasticsindustry.org/outreach/recyclingd24Jitm. 

A classifying materials standard for plastics that can serve many of the industry s needs has been issued for ASTM. This standard, designated D 4000, or ISO 1043, is entitled Standard Guide for Identification of Plastic Materials. It provides for an easy means of identifying plastic materials used in fabricating parts. 

In this chapter we have provided a guide to approaching a very complicated analytical problem. The analysis methods were chosen for their simplicity. In some cases a choice of methods is available plasticizers can be analyzed by extraction or by thermal analysis. Modem paired instruments, such as GC-MS and TGA-IR, provide very powerful techniques for separation and identification. Much more detail is available in the references listed in the bibliography. Atlas of Polymer and Plastics Analysis is a comprehensive source, particularly for IR analysis. 

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