CPE 135A PVC impact modifier is a critical additive to improve the resilience of Polyvinyl chloride (PVC) products. PVC is widely used across industries for its versatility, durability, and cost-effectiveness. However, PVC is susceptible to cracking or fracturing under impact or stress, limiting its suitability for demanding applications. CPE 135A addresses this challenge by significantly enhancing the impact resistance of PVC, resulting in more robust and durable products. To learn more about optimizing PVC performance with CPE 135A, visit the TLD Vietnam blog for in-depth insights and expert guidance. Understanding The Role Of PVC Impact Modifiers PVC is valued for

Polyvinyl chloride (PVC) is a widely used polymer known for its versatility and affordability across various industries. But here’s what often goes unnoticed: without the right stabilizer in PVC, even the toughest formulations can break down over time. Heat, sunlight (UV exposure), and environmental conditions can all chip away at its strength and appearance. That’s where PVC stabilizers come in as they maintain the integrity of PVC products over their lifecycle. This blog of TLD Vietnam explores the different types of stabilizers in PVC, focusing on their applications, advantages, and considerations. Role Of Stabilizer In PVC  The principal function of stabilizer

Stearic acid, a saturated long-chain fatty acid commonly derived from animal fats and vegetable oils, plays a pivotal role in the formulation of high-performance lubricants. In modern lubricant chemistry, the application of Stearic acid in lubricant systems is increasingly valued for multifunctional benefits. As global demand grows for sustainable and efficient lubricant components, Stearic acid applications continues to expand across the automotive, industrial, and more. Read the blog of TLD Vietnam for more details.  Chemical Mechanism And Structure-Function Insight The chemical suitability of Stearic acid in lubricant formulations stems directly from its molecular structure. It consists of an 18-carbon hydrophobic

The plastic and polymer industry has long relied on materials that offer both durability and cost-efficiency, and Polypropylene homopolymer (PP Homopolymer) stands out as one of the most vital materials in this category. As industries pivot toward innovation and sustainability, exploring the evolving role of PP Homopolymer provides essential insights into current practices and future trends in production and applications. With global demand for sustainable plastics on the rise, manufacturers increasingly rely on this polymer for adaptable and eco-conscious solutions. Beyond traditional applications, PP Homopolymer is gaining prominence in advanced fields. This analysis of TLD Vietnam examines how PP Homopolymer