Mobility

From industrial machinery to bridges and marine structures, long-lasting surface protection has become increasingly important in demanding environments. Two-component (2K) protective coatings are gaining attention for their ability to deliver durable finishes that help extend the service life of critical assets.

2K protective coatings consist of two separate components—a base coating and a hardener—that are mixed before application to initiate a chemical curing process. These coatings are widely used in industries such as construction, automotive, marine, oil and gas, infrastructure, manufacturing, and energy, where resistance to corrosion, chemicals, abrasion, and harsh weather conditions is essential. Different formulations are selected based on the operating environment and performance requirements.

A major trend shaping the industry is the development of environmentally responsible coating technologies, including low-VOC formulations, waterborne systems, and advanced polymer chemistries. Manufacturers are also incorporating smart coating technologies, improved curing performance, and digital inspection methods to enhance asset protection while supporting…

Salt is one of the most widely used mineral ingredients, yet its role extends far beyond everyday cooking. Specialized grades of salt are essential in food processing and animal nutrition, where quality, purity, and consistency are key to meeting industry requirements.

Food-grade salt is produced to meet quality and regulatory standards for use in food manufacturing, processing, and preparation. It is commonly used for seasoning, preservation, and product formulation across a wide range of food applications. Animal feed-grade salt is incorporated into feed formulations to support balanced nutrition for livestock, poultry, aquaculture, and other animals, with inclusion levels determined by nutritionists and species-specific dietary requirements.

An important trend in this industry is the focus on improved production processes, traceability, and sustainable sourcing. Manufacturers are investing in advanced purification technologies, quality assurance systems, and environmentally responsible production methods to deliver consistent products that meet evolving customer and regulatory expectations. Digital quality…

Every day, a significant amount of heat generated by industrial equipment, vehicles, electronics, and even the human body goes unused. Thermal energy harvesting is emerging as an innovative approach to capture part of this wasted heat and convert it into usable electrical energy, supporting more efficient and sustainable technologies.

Thermal energy harvesting refers to the process of converting temperature differences into electrical power using specialized materials and devices, such as thermoelectric generators. These systems are being explored for applications in industrial equipment, automotive systems, consumer electronics, wearable devices, aerospace, and remote sensing, where they can help power low-energy electronics or complement existing power sources. Their ability to utilize waste heat makes them an attractive area of research and engineering.

One of the most promising trends is the development of advanced thermoelectric materials, flexible energy-harvesting devices, and IoT-enabled self-powered sensors. Researchers are also exploring nanotechnology, improved material efficiency, and innovative manufacturing…

Understanding the molecular composition of materials is essential across many fields of science, and molecular spectroscopy has become one of the most valuable analytical techniques for exploring the structure and behavior of molecules. As instrumentation continues to improve, researchers are gaining access to faster, more detailed, and highly accurate analytical insights.

Molecular spectroscopy encompasses a range of analytical techniques that study the interaction between electromagnetic radiation and molecules to identify their composition, structure, and chemical properties. Methods such as infrared (IR), Raman, ultraviolet-visible (UV-Vis), fluorescence, and nuclear magnetic resonance (NMR) spectroscopy are widely used in pharmaceuticals, biotechnology, environmental science, food analysis, chemical research, and materials science. These techniques support quality control, research, and product development across numerous industries.

One of the most exciting trends is the integration of artificial intelligence, automated data analysis, and portable spectroscopic instruments. These innovations are helping researchers process complex datasets more efficiently, improve analytical accuracy,…