2010-10-26 |
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![]() The particularly cost-efficient and innovative heating-/cooling mixer combinations from the MTI Eco®-line series of MTI Mischtechnik are designed for batch sizes from 60 kg up to 1,000 kg and throughputs of up to 7,500 kg/h. Typical uses include compounding of PVC-U for volume-market products such as pipes or profiles, PVC-P for highly filled recipes, and other applications without frequent product changes. MTI Eco®-line mixers offer a particularly advantageous combination of high throughput, low energy consumption and attractive pricing, due to careful match of mixer sizes and required mixing power, the use of highly efficient electric drives and optimized usage of cooling water. Therefore, a changeover from externally sourced dry blends to in-house compounding may pay off after a very short time. As its most recent development, MTI Mischtechnik is presenting the Cool tec system – an innovative cooling mixer design for all cooling applications in polymer processing which defines new benchmarks of throughput and energy efficiency. At its core is an all-new cooling technology developed in cooperation with Reisner AG, one of the leading manufacturers of cooling and refrigerating equipment. Offering 30% higher cooling capacity than the existing MTI standard, the Cool tec mixer offers a huge energy-saving potential (up to 25%) and hence, substantial mixing cost savings to the customer. At K 2010, MTI will exhibit the prototype of its Cool tec series at its stand B22 in hall 09. After the fair the Cool tec mixer will be returned to the company´s own R&D test centre for mixing trials on customers’ request and further testing. More Information: www.mti-mixer.de K 2010, 27.10.-3.11.2010, Düsseldorf, Hall 9, Stand B22 |
MTI Mischtechnik International, Detmold, Germany
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Reitz Technik GmbH
63599 Biebergemünd, Germany
BMSplasticshop
57580 Gebhardshain, Germany
General-Industries Polymere GmbH
34123 Kassel, Germany
Holzmühle Westerkamp GmbH
49429 Visbek, Germany
M. Swarovski GmbH / SWARCO INDUSFERICA
3363 Neufurth, Austria