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Category: Polymer Science and Technology

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Basic Concepts of Rubber Elasticity

The most important property of elastomers/rubbers is their elasticity. This article discuss about the basic concepts of rubber elasticity.

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Rubber Technology|Polymer Science and Technology

Molecular Weight of Polymers

The molecular weight of polymers are directly affected by the various physical properties of the polymers.

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Polymer Science and Technology|Industrial Applications of Polymers|Plastic Technology|Rubber Technology

Synthesis of Synthetic Rubber - Polymerization Methods

There are two main polymerization methods used in the synthesis of synthetic rubber. They are Step-growth polymerization and Chain growth polymerization.

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Rubber Technology|Industrial Applications of Polymers|Polymer Science and Technology

Emulsion Polymerization

Emulsion polymerization is a special case of free radical polymerization in a heterogeneous system.

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Polymer Science and Technology|Industrial Applications of Polymers

Determination of the Ion Concentration in a Natural Rubber Latex Sample

This article is a guide for determining the ion concentration in a natural rubber latex sample.

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Rubber Technology|Analytical Chemistry|Polymer Science and Technology

New Product Analysis

Every product is designed in a particular way and new product analysis helps to understand the important aspects of a product before the production

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Industrial Applications of Polymers|Plastic Technology|Polymer Science and Technology

Viscoelastic Models for Polymers

Several viscoelastic models have been introduced to explain the viscose and elastic behavior of viscoelastic materials.

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Industrial Applications of Polymers|Plastic Technology|Polymer Science and Technology|Rubber Technology

Dynamics of Entangled Polymers

Entangled polymers behave as cross-linked rubber. This article discusses the dynamics of entangled Polymers.

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Industrial Applications of Polymers|Plastic Technology|Polymer Science and Technology|Rubber Technology

Newtonian and Non-Newtonian Fluids

Fluids can be divided into two categories based on the change in their viscosity when shear is applied as Newtonian and Non-Newtonian Fluids.

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Fluid Mechanics|Physics|Polymer Science and Technology

Polymer Rheology

Polymer rheology is the study of flow behavior or the deformation behavior of a polymer.

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Industrial Applications of Polymers|Polymer Science and Technology

Polymerization Techniques

Polymers are formed in polymerization reactions by reacting monomers with initiators. There are four main Polymerization techniques.

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Industrial Applications of Polymers|Polymer Science and Technology

Preparing Pigment Dispersions in The Paint Industry

Generally, pigments are aggregated dry particles. To prepare a paint pigment dispersion, pigments should be perfectly dispersed in a solvent.

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Industrial Applications of Polymers|Polymer Science and Technology

Paint Additives in Paint Industry

In addition to resins, solvents, and pigments, paint also contains additives. Typically, 0.01% - 1% of the volume of paint is paint additives.

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Industrial Applications of Polymers|Polymer Science and Technology

Paint Pigments in Paints and Coatings

Paint Pigments that are used in the paint industry, natural or synthetic and organic or inorganic.

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Industrial Applications of Polymers|Polymer Science and Technology

Polymer Coatings and Paints

Polymer coatings and paints are liquid phases or powder products that are applied to a surface by various methods in a larger of a given thickness.

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Industrial Applications of Polymers|Polymer Science and Technology

Food Sterilization Methods - Thermal and Non-thermal Methods

Food sterilization is a process that destroys microorganisms, pathogens, and spores in food. Sterilization can be done in two ways as thermal processing and non-thermal processing.

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Packaging Technology|Polymer Science and Technology

Explaining the Thermal Behavior of Polymers

When explaining the thermal behavior of polymers, at low temperatures polymers are solid. As the temperature rises, they start to behave like Viscous liquid.

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Polymer Science and Technology

Basics of Polymer Morphology

Polymer morphology is the structure, arrangement, and physical form of polymer molecules.

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Polymer Science and Technology

Fiberglass Reinforcement of Polyester

The strength of the polymers can be increased by adding reinforcing additives. This article is about Fiberglass reinforcement of polyester.

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Plastic Technology|Polymer Science and Technology

Flory Huggins Theory for Polymer Blends

The Flory Huggins theory introduces entropic and enthalpic contributions of mixing of two different chemical species.

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Polymer Science and Technology|Chemistry

Immiscible Polymer Blends

Most of the polymer blends show phase separation after mixing. These types of blends are called immiscible polymer blends.

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Plastic Technology|Polymer Science and Technology

Polymer Blends

Polymer blends are a member of a class of materials that consist of at least two polymers that are mixed together and processed to create a new material with different properties.

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Plastic Technology|Polymer Science and Technology

Rubber Vulcanization

Rubber vulcanization is the process that increases the retractile force and reduces the permanent deformation remaining after removal of the deforming force by the formation of the crosslinks.

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Rubber Technology|Polymer Science and Technology

Rubber Compounding

Rubber compounding is the process of adding additives to the rubber and obtaining a homogeneous mixture.

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Rubber Technology|Polymer Science and Technology

Properties of Natural Rubber

Natural rubber is a naturally occurring latex with the long-chain polymer of cis polyisoprene. This article discusses the general properties of natural rubber.

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Rubber Technology|Polymer Science and Technology

Elastomers - Properties of Elastomers

Elastomers are polymers with both viscous and elastic properties (viscoelastic properties).

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Rubber Technology|Polymer Science and Technology

Latex Dipping Process

Latex dipping is a technique used in industries based on the manufacturing of thin walls or thin-film latex products.

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Rubber Technology|Polymer Science and Technology

Sulfur Pre-Vulcanization of Natural Rubber Latex

The pre-vulcanization reaction takes place in each latex particle without altering its shape, and appearance.

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Rubber Technology|Polymer Science and Technology

Latex Compounding in Latex Processing

Latex compounding is the process by which concentrated natural rubber latex is blended with various chemicals to get desired properties.

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Rubber Technology|Polymer Science and Technology

Synthetic Rubber - What is Synthetic Rubber?

Synthetic rubbers are man-made lattices. Unlike natural rubber, we have no raw materials to make synthetic rubber. Synthetic rubbers are made by polymerizing particular monomers.

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Rubber Technology|Polymer Science and Technology

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