The recent trend of replacing metallic parts with engineering plastics, increase in various types of electronic gadgets & packaging concepts has fueled the consumption of plastic as a raw material. To match this development for industries in compounding & master batches, we offer following solutions:
Use of plastics have risen significantly across multiple sectors and have more applications in today’s day and age as compared to ever before. Usage of plastic as a raw material has been driven by the current trend of replacing metallic parts with engineered plastics, as well as a growth in various sorts of electronic devices and packaging designs. To keep up with this trend in the compounding and master batch sectors. Increased requirement of production gives rise to the need for automation in production aspects. Material handling in the Plastic & Polymer industry plays a vital role in nearly all aspects of the process, from raw materials handling and manufacturing to distribution and consumption. Reliable bulk material handling is critical for achieving six-sigma operations, process automation, lean production, efficiency optimization, and debottlenecking. Poor flow is a problem with base fluff, resin, pellets, pastille, and granule polymer forms. Blocking, sticking, unpredictable flow, uneven discharge, segregation, ineffective mixing, and a lack of first-in, first-out vessel discharge sequence are all examples of flow difficulties. Material stagnation in storage bins, pellet degradation (fines formation), and batch cross-contamination can all cause product quality issues. Snake skins, streamers, and angel hair are all common by products of pneumatic conveying of plastics, all of which can clog downstream equipment. Increase your productivity and efficiency with our innovative products and solutions for your plant, whether you’re handling a new resin with sticky qualities, feeding compounded plastics to an extruder or pelletizer, or driving off volatiles in a purge vessel, margoindustries can assist you in achieving consistent material flow and higher throughputs.