Archive November 2025

NEUE HERBOLD - Granulator type SM 1000/1600-S11-2 - robust, durable - For high throughput rates NEUE HERBOLD Maschinen-u. Anlagenbau GmbH presented its latest granulator, the SM 1000 series, at the K trade fair 2025 in Düsseldorf. This innovative machine features an impressive rotor diameter of 1000 mm and a large working width of 1600 mm. This granulators was developed in direct response to the increasing demand for higher throughput rates, which is becoming increasingly important in today’s industrial processing. The SM 1000 is not only known for its performance, but also for its extreme robustness and durability. The design of this granulator is tailored to the challenges of industrial use, making it an ideal solution for companies that place high demands on their production equipment. In order to meet specific requirements and accommodate different types of material, the SM series granulators can be equipped with special wear protection. This protection ensures extended machine life and continuous performance, even when processing abrasive materials. An…

Continuous monitoring is critical for lean manufacturing, leading to significant material and energy waste reduction by preventing scrapped products and rework. How precision moisture measurement drives sustainability Precision moisture measurement When product moisture content is out of specification, it leads directly to material waste and expensive rework. Precision moisture measurement drastically reduces these losses by providing continuous, real-time insights. Operators can make immediate, small adjustments to the production line, preventing quality compromise and saving resources, resulting in a healthier bottom line. Driving Efficiency and Just-In-Time Production Beyond direct material savings, accurate moisture data supports significant continuous efficiency improvements and Just-In-Time (JIT) production. JIT requires perfect synchronization; scrapping product due to moisture issues causes inventory problems and scheduling setbacks. By using sensors to ensure materials are within specification, manufacturers can maintain optimal flow, reduce process variability, and minimize line downtime, achieving substantial sustainability goals. MoistTech NIR Sensors: the diamond…

Capacitive point level measurement in hot water applications Point level sensors for capacitive measuring systems offer a wide range of solutions for applications in media such as liquids, pastes, foams and slurries. These sensors can be integrated into a wide variety of container types, whether they are made of metal or non-metallic materials. The precision of the capacitive level switches extends to both conductive and non-conductive media. The importance of the capacitive measuring principle is proven, as it delivers precise and reliable results even under demanding process conditions. 120°C and intense steam The flexible application options and high measuring accuracy make capacitive point level sensors an ideal solution across a wide range of industrial applications. A major mining company in Peru faced the challenge of selecting a reliable point level measurement for a silicon hydration reactor. This reactor, essential for the production of silicon compounds, operates under complex conditions: the system involves…

Two days full of know-how, exchange, and genuine UWT team spirit are behind us. On October 20th and 21st, 27 participants from 17 nations gathered with us in the Allgäu region.

REMBE, a leader in explosion safety, has launched its comprehensive Explosion Safety Wiki, a free online resource dedicated to educating industry professionals and the public on the critical concepts of explosion prevention and protection. The wiki serves as a vital guide for understanding regulatory requirements and implementing effective safety measures in industrial plants worldwide. Serious and costly hazard Industrial explosions are a serious and costly hazard. The history of industrial accidents shows that explosions in unprotected plants can lead to immense structural and financial damage, often driving companies to bankruptcy. Even if nobody is harmed, every hour of lost production costs money and puts the company’s existence at risk. For example, the most severe explosion in German history occurred in 1921 at BASF in Ludwigshafen, resulting in 561 fatalities. Industrial plants must be protected against the consequences of explosions to ensure employee safety and quick resumption of production. Explosion safety concepts can dramatically reduce or even eliminate production downtime. Causes of an industrial explosion Understanding what causes an industrial explosion. Explosions occur when…