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Polymer Library

Articles, announcements and product news related to water-based specialty polymers. Stay informed by signing up for our newsletter.

Recent Posts

Moisture Vapor Transmission Rate: What You Need to Know

What Is MVTR? 

Moisture vapor transmission rate, also called water vapor transmission rate (WVTR), is the amount of water vapor that passes through a substance or material over a specific period of time. 

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What Are Nitrile Elastomers

Nitrile elastomers are emulsion polymers produced using rubber polymerization techniques. Also known as nitrile emulsions or nitrile latexes, these are dispersions of acrylonitrile and butadiene — or sometimes styrene — in water. Nitrile elastomers are true colloids, defined as a homogenous amorphous substance consisting...

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Amorphous vs. Crystalline Polymers

Polymers are unlike other types of materials because of their high molecular weight. Molecular weight is the value used to express the size of a molecule. Water, for example, has a molecular weight of 18 atomic mass units. Polymers are much larger, with molecular weights ranging from tens of thousands up to several million...

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An Introduction to Amorphous Polymers

Glass certainly seems like a solid substance — it’s hard and brittle at room temperature — but glass exhibits other properties that make it unique, which is why chemists classify it as an amorphous solid. Amorphous solids are those that have short-range order but no long-range order. In this case, order refers to how the...

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Styrene-Butadiene Latex

What is Styrene-Butadiene Latex?

Styrene-butadiene (SB) latex is a common type of emulsion polymer used in a number of industrial and commercial applications. Because it’s composed of two different types of monomers, styrene and butadiene, SB latex is classified as a copolymer. Styrene is derived from reacting benzene and...

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Latex Binders 101: Polymer Stabilization

Chemists sometimes describe latex as a colloidal dispersion that remains stable — i.e., the particles that make up the dispersion don’t settle or cream over time. This is accomplished by a combination of ionic and steric stabilization. Keep reading to understand how these two unique mechanisms work.

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Latex Binders 101: Polymer Design

Chemists who make latexes generally start by understanding how the product will be used. That’s because the end-use application of an emulsion polymer has significant implications for how it’s designed. Knowing the end use helps the chemist develop the right recipe, with all of the right ingredients, that results in an...

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Latex Binders 101: Polymer Architecture

It’s convenient to think of polymers as long chains, and, sometimes, that’s accurate. But polymers have a number of complex interactions — between monomers and between polymer chains — that result in recognizable architectures. These architectures can have tremendous impact on the properties of a polymer emulsion being...

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Latex Binders 101: Glass Transition Temperature

Most people are familiar with the concept of melting point — the temperature at which a solid changes into a liquid state. But not all materials have a defined melting point. An amorphous polymer has a glass transition temperature, which is not a single temperature at all but a range of temperatures across which the...

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Latex Binders 101: An Overview

A latex is a dispersion of polymeric particles or droplets in liquid, which sounds simple enough. But the chemistry, mechanics and processes used to create synthetic latex (also referred to as an emulsion polymer) are a bit more complicated. Read on for a comprehensive overview of the science of latex .

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Quick & Nimble: MCP Offers Affordable Customization

The Competitive Edge

In a crowded marketplace, it’s tough to introduce a new polymer-based innovation when your competitors are drawing from the same well of raw materials. The best way to set yourself apart from these competitors is to offer something unique — to build a custom synthetic polymer with an experienced team.

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Film Formation of Latex Binders: What You Need To Know

Understanding how a latex binder forms a film is critical to understanding how many modern products are made. That’s because so many products we use every day — coatings, adhesives, and composites — are made when wet latex is transformed into a final film material. Film formation is highly modifiable so that the final...

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