News Articles Tagged: Slip Properties
Understanding Oleamide: Key Properties and Their Impact on Polyolefin Films
Delve into the key properties of Oleamide and how they directly contribute to improved performance and processability in polyolefin films and related applications.
Achieving Superior Surfaces: The Benefits of Micronized PE Wax in Industrial Finishes
Learn how NINGBO INNO PHARMCHEM CO.,LTD.'s micronized Polyethylene Wax enhances surface characteristics like scratch resistance, slip, and matting in industrial finishes.
Achieving Superior Surfaces: The Importance of Slip and Scratch Resistance in Modern Coatings
Explore the critical role of slip and scratch resistance in coatings and how advanced wax additives from NINGBO INNO PHARMCHEM CO.,LTD. can elevate product performance and longevity.
The Power of Dispersions: Enhancing Water-Based Formulations with Wax Technologies
Discover how advanced wax dispersions are revolutionizing water-based formulations, offering improved slip, scratch resistance, and enhanced surface properties for diverse applications.
Boosting Print Quality: The Role of Wax Additives in Printing Inks
Discover how wax dispersions enhance printing inks by improving slip, rub resistance, and preventing adhesion issues, leading to better print quality and durability.
The Science Behind Enhanced Slip: Understanding Wax Dispersions in Coatings
Explore how wax dispersions, like those based on fluorine-modified polyethylene, elevate coating performance by improving slip and scratch resistance. Learn about their application and benefits.
The Chemistry of Smoothness: Oleamide as a Key Slip Additive
Explore the chemical properties of Oleamide that make it an effective slip additive. Understand how its molecular structure facilitates migration to polymer surfaces, reducing friction and enhancing product performance in films and plastics.
Comparing Slip Additives: Understanding the Benefits of Oleamide in Polyolefin Processing
Learn how Oleamide compares to other slip additives, its specific advantages in polyolefin processing, and why it's a favored choice for reducing friction and enhancing film properties.