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The Engineering Toolbar
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From Impact Analytical
In developing or refining your product, whether it's a high-volume thermoplastic or a specialty coating formulation, you invariably need to consider mechanical properties. To be successful, products must demonstrate competitive (and often superior) performance in their markets. Inherent properties of materials, such as tensile yield strength, impact resistance, and viscoelasticity are critical to the performance of many products. Products & Services
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Chapter List
Chapter 5: Mechanical Properties of Importance in Mechanical Engineering Tensile and Compressive Properties
Chapter 6: Material Properties Mechanical-Fracture Characteristics and...
(Read More)
The term polymer (from the Greek poly, meaning ‘‘many,’’ and mer meaning ‘‘unit’’)
is used to denote the long-chain or network structure of...
(Read More)
Toughening Agents. Because of the normally brittle nature of the epoxy resin, epoxy
adhesives have been toughened with many different resins during their history. These
include thermoplastic...
(Read More)
In its virgin state PVC is a translucent, colorless, rigid polymer. When PVC was
first commercialized it was softened by the addition of plasticizers, and the resultant
compositions were primarily...
(Read More)
A number of important performance advantages have sparked the widespread
adoption of thermoplastics piping for so many pressure and nonpressure uses. The
most universally recognized advantage is the...
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