What many call "waste" can often be incredibly valuable! The misconception is that natural reclaimed rubber is inferior, weak, or only suited for low-cost goods. While that might sound true, it's actually untrue. Here’s the truth: what many see as “old” or “waste” has become a strong and valuable material. Modern reclaimed rubber is now produced...

What if reducing your environmental footprint could also boost your business performance? Around the world, businesses are looking for ways to reduce their environmental impact while still delivering high-performing products. One solution that’s gaining attention is reclaim rubber for automotive and industrial use. Not only is it cost-effective,...

Today, businesses are expected to do more than make profits. They must also protect the planet and support society. This is where Corporate Social Responsibility (CSR) becomes important, especially in industries like rubber manufacturing, which depend heavily on natural resources. When CSR is combined with a sustainable rubber supply chain,...

When it comes to choosing materials for products like tyres or industrial components, the debate between reclaim rubber and virgin rubber has grown beyond performance and cost. Today, sustainability plays a huge role. Increasingly, more consumers and businesses are seeking eco-friendly rubber options. But what truly makes one better than the...

Reclaimed rubber sits at the intersection of two big realities: the world’s growing waste challenge and industry’s need for reliable, cost-effective raw materials. Every year, around one billion end-of-life tyres (ELTs) reach the end of their usable life globally, an enormous waste stream that can strain landfills and raise environmental and...

Introduction: Reclaim Rubber; Rethinking Waste in a Resource-Constrained World Every year, more than one billion tyres reach the end of their life worldwide. These end-of-life tyres (ELTs) have posed a massive environmental challenge; they are clogging landfills, creating fire hazards, and contributing to long-term soil and air pollution. Yet, in...