A practical guide to rubber vulcanization accelerators, covering major accelerator types, curing systems, crosslink structure, applications, and selection criteria.
Rubber products are not only subject to mechanical pressure and abrasion over their service life. Oxygen, ozone, heat, light, and mechanical stress gradually alter the
Rubber and plastic additives play a critical role in controlling processing conditions and improving the final properties of polymer products. This article examines four important additives: PVI, ULTRASIL, AZO, and DCP. PVI helps prevent premature vulcanization and improves processing safety; ULTRASIL, a precipitated silica, reinforces rubber and can improve abrasion resistance; AZO acts as a chemical blowing agent for producing lightweight cellular structures; and DCP creates crosslinks that can improve the thermal, chemical, mechanical, and dimensional properties of polymers. The article also reviews the main industrial applications of each additive and the key factors to consider when selecting additives for rubber and plastic formulations.
In this article, we examine the most common types of plastics worldwide. From Polyethylene (PE) and Polypropylene (PP) to advanced engineering plastics like PEEK, discover the properties, applications, benefits, and differences of these essential industrial polymers that power the modern world.
Discover the largest rubber consumers worldwide in this comprehensive industry analysis. While the automotive sector dominates, mining, construction, oil & gas, and healthcare also drive massive global demand. Explore the top 10 sectors, key applications, and current market statistics.
An in-depth look at whether natural rubber resources are running out, the key threats to global production, and the leading alternative materials that could shape the future of the tire and rubber industry.
