Archive: Oct 2023

Trans-ACC Unlocks the Potential of Plastisol: Benefits and Applications

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In the enlightening article, “The Power of Plastisol: What is it and why do you need it?” by Mark Stewart, featured on LinkedIn, the spotlight shines on Plastisol, a material that often goes unnoticed but plays an indispensable role in our daily lives. 

The Power of Plastisol Plastisol, although a term unfamiliar to many, is ubiquitous in our surroundings. Whether you realize it or not, you’ve likely encountered products made from this versatile material. From textiles printing to flooring, plumbing, and electrical fittings, Plastisol has become an integral part of our modern world.

The Chemistry Behind Plastisol Behind its unassuming name lies a powerful combination of two renowned chemicals in plastic manufacturing: PVC (Polyvinyl Chloride) and plasticizers. PVC, derived from salt and ethylene, stands out for its eco-friendliness in plastic production. It consumes less energy and emits fewer emissions, making it a responsible choice for sustainable manufacturing.

Plasticizers’ Role in Transformation Plasticizers are the alchemists that transform PVC into a versatile material. They impart flexibility, allowing the material to change in thickness and adapt to various applications. This synergy between PVC’s inherent properties and the modifying influence of plasticizers gives birth to Plastisol—a material that can be molded, used for heat transfers, or applied through dip-coating.

What Sets Plastisol Apart? Understanding Plastisol reveals its subtle yet profound impact. Its distinct characteristics set it apart from other plastics, making it a popular choice in various industries:

  • Customizable Color: Plastisol’s color can be tailored to any shade, ensuring vibrant and consistent hues. Thanks to Polyblend’s color dispersion technology, you can count on reliable, bold colors.
  • Exceptional Resistance: Plastisol’s non-conductive nature makes it ideal for coatings on tools and wires. Furthermore, it boasts corrosion resistance and durability, making it a robust material that withstands impact and wear. You’ll often find Plastisol coatings on frequently touched items like handles and playground equipment.
  • Comfortable Touch: Unlike cold surfaces, Plastisol offers warmth and comfort, making it highly sought-after for grips, especially when combined with its wear-resistant properties.

As you become aware of Plastisol, you’ll start noticing it in numerous everyday products. Its unique characteristics make it an indispensable material, silently enhancing our lives in countless ways.

For a comprehensive exploration of Plastisol’s power and applications, we invite you to read the original article: “The Power of Plastisol: What is it and why do you need it?”

Click here to learn more about Trans-ACC’s coating solutions and expertise. 

Article with all rights reserved, courtesy of Mark Stewart on LinkedIn

Trans-ACC Enhancing Metal Surfaces: Dives into the World of Powder Coating

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As presented in the article “What is Powder Coating – Definition, Working, Types, Advantages, and Disadvantages” by Mechanical Booster, achieving impeccable surface finish and corrosion resistance is vital for modern mechanical components. Various surface coating techniques are employed to extend component lifespan, often by applying an ultra-thin layer of material coating. In this exploration, we delve into one of the most pivotal and widely utilized surface coating methods – “Powder Coating.” Our journey includes an in-depth understanding of what powder coating entails, its diverse types, and the associated advantages and disadvantages. Additionally, we explore the key criteria for selecting powder coating materials and its practical implementation.

What is Powder Coating? Powder Coating (PC) represents a cutting-edge dry finishing process, setting it apart from traditional painting methods where liquid paint is sprayed onto surfaces. PC application involves the utilization of the electrostatic method, followed by curing through heat or ultraviolet light. This modern technique has emerged as a worthy successor to conventional painting due to its exceptional surface durability. It finds extensive application in coating household appliances, automotive parts, and more.

How does Powder Coating Work? Powder Coating (PC) is administered to surfaces through the Electrostatic Spray Deposition (E.S.D.) process. In this method, a specialized spray gun imparts an electrostatic charge to the powdered particles (the material used in powder coating, in powdered form). Consequently, these charged particles are irresistibly drawn toward the metal surface. Subsequently, the metal surface, coated with powdered particles, undergoes curing in an oven. During this process, the powder adheres to the metal, triggers chemical reactions, and forms an extensive molecular chain with high density in the cross-link direction.

Click here to learn more about Trans-ACC’s coating solutions and expertise. 

Photo and article with all rights reserved, courtesy of