In the medical industry, plastics are used for a vast array of devices and equipment, including blood and intravenous bags, medical tubing, catheters, lead replacement for radiation shielding, clamps and connectors to bed frames, curtains and sheeting, electronic enclosures and equipment housings. We believe that our audit provides a reasonable basis for our opinion. We believe that our audits provide a reasonable basis for our opinion.

Abernathy Retired Chairman and Chief Executive Officer of Halyard Health, Inc., a medical technology company that focuses on eliminating pain, speeding recovery, and preventing infection for healthcare providers and patients worldwide. Jellison Retired Vice President, Chief Financial Officer of Stryker Corporation (“Stryker”), one of the world’s leading medical technology (“Medtech”) companies. We also provide other benefits such as medical, dental, life insurance and disability coverage to each United States-based Named Executive Officer, which are identical to the benefits provided to all other eligible United States-based employees (as defined in the plan document).

In the medical industry, plastics are used for a vast array of devices and equipment, including blood and intravenous bags, medical tubing, catheters, lead replacement for radiation shielding, clamps and connectors to bed frames, curtains and sheeting, electronic enclosures and equipment housings. We believe that our audit provides a reasonable basis for our opinion. We believe that our audits provide a reasonable basis for our opinion.

is a premier provider of specialized polymer materials, services and solutions. Net cash (used) provided by operating activities Net cash provided (used) by financing activities

is a premier provider of specialized polymer materials, services and solutions. Adjustments to reconcile net income to net cash provided by operating activities: Net cash provided by operating activities

Material and equipment suppliers can provide guidance on appropriate tooling and processing conditions.  A wide range of fillers—from conductive carbon black to carbon nanotubes—provide different levels of electrical conductivity. Graphite fillers, which can be natural flake or synthetic, provide electrical and thermal conductivity.

Material and equipment suppliers can provide guidance on appropriate tooling and processing conditions.  A wide range of fillers—from conductive carbon black to carbon nanotubes—provide different levels of electrical conductivity. Graphite fillers, which can be natural flake or synthetic, provide electrical and thermal conductivity.

Material and equipment suppliers can provide guidance on appropriate tooling and processing conditions.  A wide range of fillers—from conductive carbon black to carbon nanotubes—provide different levels of electrical conductivity. Graphite fillers, which can be natural flake or synthetic, provide electrical and thermal conductivity.

Material and equipment suppliers can provide guidance on appropriate tooling and processing conditions.  A wide range of fillers—from conductive carbon black to carbon nanotubes—provide different levels of electrical conductivity. Graphite fillers, which can be natural flake or synthetic, provide electrical and thermal conductivity.

Material and equipment suppliers can provide guidance on appropriate tooling and processing conditions.  A wide range of fillers—from conductive carbon black to carbon nanotubes—provide different levels of electrical conductivity. Graphite fillers, which can be natural flake or synthetic, provide electrical and thermal conductivity.