In the fast-paced world of manufacturing, advanced chemical compounds play a vital role in enhancing performance, durability, and operational efficiency. Among these compounds, Lithium stearate stands out for its versatility and superior functional properties. Widely used in industries such as lubricants, plastics, rubber, and cosmetics, Lithium stearate contributes significantly to improved processing stability and end-product quality. In this blog, TLD Vietnam explores the key roles, benefits, and Lithium stearate uses, helping manufacturers better understand how this material can optimize production processes and deliver consistent, high-performance results. What Is Lithium Stearate? Lithium stearate is a lithium salt of stearic acid with

In industrial manufacturing, additives that can improve thermal stability, lubrication, and material durability play a vital role in ensuring efficient processing and consistent product quality. Barium stearate, a metallic soap derived from stearic acid and Barium ions, is widely used for this purpose across multiple industries, highlighting the diverse Barium stearate uses in modern production. In this article, TLD Vietnam explores the key Barium stearate uses in manufacturing. Read on to discover how Barium stearate enhances processing efficiency and product stability across industries. What Is Barium stearate? Barium stearate, a metallic soap derived from stearic acid and Barium ions, plays

Injection molding processes remain among the most influential manufacturing methods in modern plastics engineering. Despite decades of industrial evolution, these processes continue to serve as the backbone of mass production for plastic components across medical, automotive, construction, consumer goods, and industrial applications. From a materials engineering perspective, injection molding processes are best understood not only through machine capabilities or mold design, but through the way polymers respond to heat, pressure, shear, and cooling under real production conditions. Subtle differences in material behavior during processing often determine whether a process is stable, repeatable, and economically viable at scale. This article is

Outdoor environments place significant stress on materials, with ultraviolet (UV) radiation being one of the primary causes of degradation. Prolonged UV exposure can lead to discoloration, reduced mechanical strength, and shortened product lifespan, especially in plastic applications. For engineers, manufacturers, UV-resistant plastics play a critical role in ensuring long-term performance and reliability in outdoor use. By integrating suitable UV stabilizers, these materials help maintain both functionality and appearance over time. Read the full technical insight on UV resistant plastics in the TLD Vietnam blog. Understanding UV Resistant Plastics UV-resistant plastics are materials that have been specifically formulated or treated to