Is TPE the best material for my products? Unless you are a polymer expert, it’s challenging to know which type of TPE is the best fit for your use case. For one, you can’t put a product or device made with TPEs in the oven at 400 degrees Fahrenheit (F), which you can do with silicone.

Compare the differences and determine the best material for your application. Nylon Solutions Engineered Thermoplastics (Chinese) Sustainable Engineered Polymers

Design engineers know that when high strength-to-weight ratio is required, fiber reinforced polymer FRP) composites are the material of choice. These factors can help determine which material best suits a particular application, based on processing and functional requirements. Tensile modulus measures the ratio of stress to strain along an axis and is one way to quantify the strength and stiffness of an FRP material.

Design engineers know that when high strength-to-weight ratio is required, fiber reinforced polymer FRP) composites are the material of choice. These factors can help determine which material best suits a particular application, based on processing and functional requirements. Tensile modulus measures the ratio of stress to strain along an axis and is one way to quantify the strength and stiffness of an FRP material.

Engineered Polymer Services What is Computer-Aided Engineering (CAE)? What is Computer-Aided Engineering (CAE)?

Full-round or modified trapezoid runners are the best design and provide the least surface-to-cross-section ratio. Well depths approximately 2-3 times the diameter of the runner provide the best results. Additional draft may be required for grained/textured surfaces. 3 NYMAX BIO TROUBLESHOOTING Implement recommended solutions one at a time in the order specified until problem is resolved.

Tax adjustments include the net tax expense/benefit from one-time income tax items, the set-up or reversal of uncertain tax position reserves and deferred income tax valuation allowance adjustments. POL IR Presentation - February 2016 2.26.2016 ��PolyOne Investor Presentation�March 2016�� Forward-Looking Statements Use of Non-GAAP Measures PolyOne Commodity to Specialty Transformation 25 Consecutive Quarters of EPS Growth PolyOne�At A Glance Mix Shift Highlights Specialty Transformation Color and Engineered Materials at the�Heart of Specialty Transformation Proof of Performance & 2020 Goals Slide Number 10 Slide Number 11 Slide Number 12 Slide Number 13 Innovation Drives Earnings Growth Investing to Drive Growth Design and Service as a Differentiator Customer First Through World-Class Service Debt Maturities & Pension Funding Free Cash Flow and Strong Balance Sheet �Fund Investment / Shareholder Return Why Invest In PolyOne? Appendix Recent Acquisitions 2015 Full Year Financial Highlights At a Glance�Color, Additives and Inks At a Glance�Specialty Engineered Materials At a Glance�Designed Structures and Solutions At a Glance�Performance Products and Solutions At a Glance�Distribution Plastics: Key to Future Sustainable Development Application Examples Outdoor Applications Slide Number 32 Authentication Technology Metal Replacement Solutions Range Rover Evoque Interior Slide Number 36 High-Barrier Packaging Containers Aerospace Applications Investor Presentation - March 1, 2016 r36 Investor Presentation - March 1, 2016

Homepage // News Center // PolyOne Highlights New Automotive Solutions at VDI Engineering Plastics Conference The VDI Plastics in Automotive Engineering conference is being held this week in Mannheim, Germany. SEARCH INVESTOR NEWS

Comfortable, stylish, and lightweight warmth, all in one solution. Fiber-Line™ Engineered Synthetic Fiber Products Explore our broad portfolio of engineered synthetic fiber products

Design engineers know that when high strength-to-weight ratio is required, fiber reinforced polymer FRP) composites are the material of choice. These factors can help determine which material best suits a particular application, based on processing and functional requirements. Tensile modulus measures the ratio of stress to strain along an axis and is one way to quantify the strength and stiffness of an FRP material.