News items January 2025

Responsibility over the entire product life cycle through optimum support throughout the entire life cycle of the products while keeping the ecological footprint of service activities as low as possible. Sustainability is a key issue in all areas of the economy today, especially in industry, where durable capital goods and machines are often in use for decades. Sesotec is working intensively on the question of how customers can not only be guaranteed reliable operation in the area of after-sales and service, but also how this can be done in the most resource-efficient way possible. The aim is to provide optimum support throughout the entire life cycle of the products while keeping the ecological footprint of service activities as low as possible. Ten years of spare parts availability An important element of the service philosophy is the long-term availability of spare parts. Sesotec guarantees its customers that spare parts will be available for all standard devices for at least ten years. This ensures that the devices and systems can continue to operate efficiently and reliably even after many years. For Sesotec, the decision to stock spare parts for so long is

Customized Dual-Sensor Solution for Low-Density Bulk Material A prominent expanded polystyrene (EPS) manufacturer from the USA was faced with major challenges when it came to fill level measurement due to the special properties of the material. The very low bulk density and the particular storage conditions made it difficult for conventional sensors to accurately recognise and detect the fill levels. UWT offered an effective solution by installing two different level sensors: a rotary paddle level switch and a vibrating fork in combination. The challenge: Material properties and storage conditions Two major challenges had to be overcome in the EPS production plant in order to ensure effective and reliable operation: Low bulk density: Due to the very low bulk density, EPS materials settle at the bottom of the silos and compact there. This compaction can create a more dense material layer, which facilitates the operation of level sensors. However, as the material level increases, the density and compression decreases,

Precise level measurement is a key factor for efficiency and safety in modern industry. UWT offers a comprehensive range of solutions that combine various technologies and measurement principles. From LED digital displays to web server modules with visualisation software – the systems are flexibly adaptable and highly versatile. Versatile Measurement Principles Depending on the medium and application, different measurement principles are employed. Reliable point level measurement is ensured by level switches such as tuning fork sensors, rotary paddle detectors, capacitive sensors, or vibration rods. For continuous level measurement, guided wave radar systems or non-contact radar sensors are suitable. Additionally, interface measurement enables the precise detection of phase boundaries between different media, such as liquids of varying densities or solid and liquid phases, contributing to the optimisation of complex processes. Flexibility in Visualisation Visualisation solutions deliver information exactly where it is needed – whether in the production hall, the office, on mobile devices, or at external locations. Depending on the requirements, the

The cyclones supplied by Kalenborn have an excellent service life against wear thanks to their lining with KALMETALL chromium carbide plates and matching KALOCER aluminum oxide ceramic fittings. Separators are of great importance in many branches of industry. One of the most important steps in the manufacturing process in the food, energy, metallurgy and recycling industries is the separation of bulk materials. Their intensive use means that entire systems or individual elements wear out quickly. The cyclones supplied by Kalenborn have an excellent service life against wear thanks to their lining with KALMETALL chromium carbide plates and matching KALOCER aluminum oxide ceramic fittings. The combination of materials makes these system components resistant not only to abrasion, but also to corrosion and chemical influences.

Protect your environment with the efficient, space-saving spill containment berm from Brady. Its patented Rigid-lock design ensures quick deployment and easy setup, what makes it ideal for fast spill response. Benefits: * The sturdy, portable berm offers 100% leakproof containment, making it ideal for a wide range of spill prevention needs * Save time and effort with our one-piece design * The exclusive wall support system features durable stainless-steel braces that securely lock into place at a 90-degree angle * The reliable containment system features robust walls and anchor points that can withstand 64 KPH (40 MPH) winds, preventing the berm from moving into the stowed position * The PVC-coated fabric is highly resistant to ultraviolet rays and chemicals, ensuring long-lasting performance even with repeated use

Distance-Knocker QJ - installed at a distance from the object to be knocked off Distance-knocker QJ from singold: Engineering at its very best The pneumatic distance knocker from singold gerätetechnik gmbh is a unique product and the result of the highest level of engineering - well thought out down to the smallest detail. It was developed by the company’s founder Erwin Lüer, whose pneumatic knockers remain the most powerful on the market today. Mode of action The distance-knocker QJ is based on the simple, yet ingenious idea of the pneumatic knocker. Spontaneously released energy stored in the form of compressed air, accelerates the percussion piston, which is designed as a permanent magnet. The piston hits a mobile impulse part, which is strongly accelerated after the impulse set and transfers the energy to the element to be knocked off. This process occurs at such a high speed that it is barely visible to the human eye. Due to its additional impulse part, the distance-knocker QJ broadens the application possibilities when compared

The processing of silica and silica gel requires precise and specialized screening technology. These materials, whether as a desiccant, carrier material or additive, pose complex challenges due to their specific properties such as different particle sizes, hygroscopic nature, dust formation and abrasiveness. Especially when used in food supplements, purity and gentle product processing are crucial. Screening ensures compliance with strict quality standards by classifying the materials into particle sizes and removing unwanted particles such as fine dust or oversized particles. This optimizes both further processing and the overall quality of the end product. Screening of silica powder and gel In the processing of silica and silica gel, screening machines are used in several production steps: - Dedusting: removal of fine dust (<0.1 mm/ 140 mesh) to minimize clumping and dust pollution. - Classification: separation into specific fractions, e.g. 0.1-0.5 mm (140 – 35 mesh) for powdery products or 1-6 mm (18-3 mesh) for granulates - Oversize separation: