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The SOMOS® RDF dryer is used for drying hygroscopic polymer pellets. It consists of compact RDF modules which can be flexibly combined, are capable of autonomous operation and have drying capacities of 10 kg/h to 250 kg/h per module. The modules are available in 7 sizes with a volume of between 30 l and 600 l and a drying are volume between 10 m3 and 180 m3, each one being individually controllable by its own controller. Alternatively, when interconnected, they can be controlled using a common operator control unit. Each module has an integrated air generator, so ruling out complete failure, as may occur with a centrally supplied drying system.

SOMOS® RDX attachment dryers are designed for drying small volumes of polymer pellets with throughputs of around 8 to 10 kg/h using in-plant compressed air. They are ProTec's way of providing an economic alternative to conventional drying systems (e.g. adsorption dryers): the compressed air technology used combines perfect drying results with minimal operating costs and virtually maintenance free operation. SOMOS® RDX is available in 38 container sizes of 1 l to 82 l.

Modular SOMOS® RDC stationary drying systems are suitable for efficiently drying virtually any kind of hygroscopic polymer pellets and regrind. The material is dried with heated drying air, optimum air distribution in the material being dried ensuring uniformly good drying results. ProTec designs and supplies RDC drying systems made to measure for all polymer processing processes. Material throughputs meet demand from individual machines right up to a plant's entire installed base of machinery.

SOMOS® RDM mobile dryers are designed for drying highly flowable, hygroscopic polymer pellets and regrind. They can be used flexibly as auxiliary units for supplying processing machines for moderate throughputs which is a particular advantage for frequent material changes. The mobile dryers, with their attractive, functional design, consist of a dry air generator and an insulated stainless steel drying bin. They are optionally available with an integral dry air conveying unit for automatically feeding the processing machine. The dry air generator uses the SOMOS® single chamber system making highly efficient use of desiccant. As a result, the desiccant can be regenerated quickly and energy-efficiently, providing cost benefits for the processor. Having five graduated sizes of drying bin with an effective volume of 30 l to 400 l, the dryers are capable of flexibly pre-processing a volume of material suited to the processing machine's throughput right by the machine.

Efficient, accurate material drying is a crucial element in the processing of engineering plastics to ensure impeccable product quality. LUXOR CA A series compressed air dryers with ETA­-process® and ETA plus® energy saving technology are specifically designed for supplying dried plastic granulate for many different plastics processing applications, with material throughputs up to 20 kg/h. Dryers can be mounted directly on the throat of the processing machine or on an adjacent support frame.

LUXOR S dryers operate at maximum efficiency and with minimum operating maintenance. The opportunity to have multiple material bins connected to one dry air generator provides our customers with maximum flexibility and no interruption to production. Drying can continue while material is changed in any one bin, minimising loss of valuable production time during material changes. The compact LUXOR S series consists of five models with drying capacities from 40 to 160 m3/h. Each dry air generator can be flexibly combined with a combination of drying bins ranging in size from 15 to 600 litres.

Efficient, accurate material drying is a crucial element in the processing of engineering plastics to ensure impeccable product quality. The fully-insulated LUXOR CA S compressed air dryers provide a cost-effective solution for highly efficient continuous drying of all types of plastic granulate with material throughputs up to 25 kg/h. Dryers can be mounted directly on the throat of the processing machine or on an adjacent support frame.