Articles Tagged with ''Scratch Resistance''

In the realm of wood coatings, achieving a "natural look" has become a hallmark of modern design. To accomplish this, not only is low gloss required but also high transparency to preserve the vibrant colors of the wood.

Learn about scrub resistance tests for latex paints, their differences, and how they guide raw material selection for high-quality formulations.

Many of today’s products must withstand near-constant use or exposure to the weather. Self-healing paints and coatings are still a relatively niche area of study, but it’s easy to see the widespread appeal. This article highlights the abundant practical applications for formulators and companies to explore. 

Polycaprolactone (PCL) polyols can be used to enhance coatings that feature other polymer chemistries in both 1K and 2K coatings. This article explores the performance benefits achieved when low-molecular-weight PCL tri- and tetra-functional polyols are blended with other hydroxyl-functional polymers in 2K coatings.

This study comprehensively evaluated novel, ultra-low-VOC 1K and 2K waterborne floor-coating systems designed to provide eco-friendly, lower-VOC alternatives to traditional solvent-based coatings. The materials employed in these innovative systems showed remarkable performance when subjected to industry-standard tests.

The sacrificial coating absorbs all types of damage over a very long period, and can be easily re-coated after excessive wear.

This article explores one company’s efforts to further advance global industry trends such as electrification, energy, resilient infrastructure, and sustainability through innovation and advanced coatings.

We currently use a "midnight black” wrinkle powder coating supplied by a major powder producer. Can a second touchup coat be applied after the first coat has cured? Read the answer to this question and more in this edition of Ask Joe Powder. 

The product offers strong slip and scratch resistance with good release at low dosage and excellent defoaming and hydrophobicity for traditional UV and UV-LED curing.  

PTFE is a substance used in all types of coatings to modify total mechanical performance and improve values for scratch resistance and abrasion resistance, while simultaneously lowering surface friction. However, PTFE is a well-known representative of PFAS, which is under increasing global regulation. PTFE-free wax additives are now available, and provide comparable performance with a focus on improving abrasion and scratch resistance.