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Proprietary taggant systems empower plastics security by serving as authentication tools, integrating seamlessly into any resin.

Lithium-ion batteries represent the foundation of modern energy storage systems, powering everything from small electronic devices to electric vehicles (EVs). Their high power density, durability, and efficiency make them indispensable in our increasingly electrified world. Yet, their inherent flammability and potential for explosive reactions under certain conditions pose significant safety risks.

Hansgrohe and Phoenix Design have partnered to enable recycled ABS and upcycled PET to contribute to a more sustainable hand-held shower. The effort earned them a prestigious German eco-design award.

Composite materials with natural fibers are presented as alternative and sustainable solutions for manufacturing finishes in fully recyclable vehicles. The French company “Automotive Performance Materials” has sought to leverage the country’s high hemp production to produce these composites.

Tailored compounding for serial production and directly pelletized to the injection molding machine. Shortened supply chain (10 to 3 steps) from compounding to injection, achieving up to €1.0/kg in energy and cost savings. It accomplishes high requirements with tailored compound formulation in-house.

The petrochemical industry, a vital yet often underappreciated player in the global energy landscape, is undergoing transformative changes. This sector is now the fastest-growing demand driver for global energy.

MHT wowed the PET-preform industry by cutting cycle time by three seconds in a 96-cavity mold conversion for Deltaplast. This remarkable feat, transitioning from Engel to Netstal after 6.5 million cycles, showcases MHT’s adaptability.

A novel, low-pressure molding system called Controlled Viscosity Molding is enabling the use of thermally conductive resins in electronics to help manage heat buildup.

The automotive world has undergone a revolution thanks to the use of electricity. Not only in electric vehicles with high-voltage networks but also in the development of various sensors and actuators that redefine the driving experience, making it more enjoyable, autonomous, and secure.

How Artificial Intelligence (AI) can succeed 6% reduction in energy consumption, a 9% decrease in rejects, and a 10% enhancement in systems efficiency. This approach significantly accelerates the timeline from project planning to AI deployment, condensing it from months to a matter of weeks.

On the journey towards sustainability, car manufacturers have faced a significant challenge in reducing the carbon footprint associated with the use of animal leather in vehicle upholstery and interiors.  Some have chosen to rigorously trace the supply chain of animal leather, while others have partnered with innovative emerging companies. A few have embarked on designing their own leather using recycled materials.

Microplastics, particles measuring less than 5 mm in length, have emerged as a pressing environmental concern, necessitating a detailed examination of their impact and ecological repercussions, but do microplastics in bottled water come from plastic bottles themselves?