Graft copolymerization, a versatile modification technique, has emerged as a key method to enhance the intrinsic properties of natural rubber. By covalently bonding synthetic polymer chains onto the ...

Metal rubber materials, derived from the entanglement of metallic wires, represent a class of engineered porous composites that combine high elasticity with exceptional damping and load-bearing ...

With its distinctive tactility and unique smell, rubber is a veritable feast for the senses, providing idiosyncrasy and the potential for design ingenuity in equal measures. Its influence ranges from ...

The transportation of crude oil around the world is fundamental to the survival of most, if not all economies. Rubber plays an important role in many aspects of oil transportation, not least in its ...

Often during their lifecycle, rubber parts experience certain service conditions in one section of the part, while being subjected to other service conditions in a different section. For instance, a ...

Drawing inspiration from the muscle protein titin, a group of researchers from the University of British Columbia (UBC; Vancouver, BC, Canada) has developed biomaterials that demonstrate some of the ...

Over the last three decades, the rubber process analyzer has evolved as the processability test instrument of choice for measuring and solving many rubber factory problems. Now there are several ...

Bridgestone. has filed a patent for a rubber composition containing natural rubber, high-Tg modified styrene-butadiene rubber, and low-Tg modified styrene-butadiene rubber with specific modifications ...

Silicone rubber is a synthetic elastomer made from silicone, a polymer composed of silicon, oxygen, carbon, and hydrogen. As an elastomer, it has elastic properties similar to rubber. But what exactly ...