Cphi

Designed for the Needs of Modern Manufacturing Environments Production facilities require flexible technologies that can adapt to changing products, batch sizes, and regulatory requirements. Dec CleanFill™ has been designed with these challenges in mind. At Powtech Technopharm, Dec Group will unveil Dec CleanFill™, an innovative dosing solution designed to address the increasing demands of modern pharmaceutical, chemical, and food manufacturing. Developed with a strong focus on accuracy, containment, and ease of operation, Dec CleanFill™ brings together proven technologies in a compact and highly efficient system. As manufacturers continue to seek safer and more efficient ways to handle powders, the need for reliable dosing systems has never been greater. Dec CleanFill™ answers this challenge by integrating advanced powder transfer and dosing technologies into a single solution that optimizes performance while supporting stringent quality and safety requirements. Engineered for Performance At the heart of Dec CleanFill™ is the combination of: * PTS Powder Transfer System® technology for safe and contained powder feeding * Servo-driven auger dosing delivering fast, accurate, and repeatable results * Optional…

The Decompacting Big Bag Station (DBBS) ensures reliable material flow by efficiently loosening compacted powders. Its automated operation, advanced safety features, and flexible design reduce downtime and improve productivity. Handling compacted powders has long been a challenge in industries where big bags are part of daily operations. The Decompacting Big Bag Station (DBBS) brings a new level of efficiency, safety, and reliability to this process. Designed to break up hardened material inside big bags before discharge, it ensures smooth downstream flow and minimizes production interruptions. Engineered for Efficient Material Conditioning At the heart of the DBBS is a powerful mechanical conditioning system. Hydraulic cylinders apply controlled, evenly distributed force to crush compacted material without compromising the integrity of the bag. This targeted action eliminates lumps, prevents bridging, and prepares the contents for consistent, trouble free discharge. A standout feature is the liftable, rotating table. By allowing the operator to position the bag ergonomically and precisely, the DBBS ensures stable handling throughout the conditioning cycle. This not only improves efficiency…

The production process for plasterboard and gypsum fibre board starts with the specific preparation of the raw material. A ringlayer mixing system offers different advantages compared to other mixing processes. Plasterboard and gypsum fibre board are used billions of times over in interior construction. A recent market report [1] estimates the global production volume for 2025 to be around 16.89 billion square metres. This figure is expected to increase to 22.76 billion square metres by 2030. Manufacturers of these building materials must therefore produce very large quantities of the required quality at an internationally competitive price. The gypsum core of a board plays a key role in ensuring that plasterboard and gypsum fibre boards can fulfil their specific functions in drywall and acoustic construction to the highest standard, determining product properties such as flexibility, stability and fire resistance. Preparation process To ensure that the gypsum core is suitable for these tasks, the raw material – ground and calcined gypsum stone (calcium sulphate dihydrate, CaSO₄·2H₂O) – must be processed according to the relevant specifications. The result of this…