The abrasive bulk transfer system

 With the help of pressurized air, the vessel conveys abrasive sand to the waterjet cutting heads via a hose. Furthermore, the opening and closing of the pinch valve require a lower air volume compared to the cone seal. The company develops solutions for a wide range of industries and applications. High pressure pumps, cutting heads, abrasive systems, high pressure tubes, original spare parts and a global service network are among the key products and services of the company. The silo has been dimensioned to be able to hold a complete abrasive sand standard packaging unit of 1 t. As soon as the abrasive runs low, a signal of the sensor causes a time-controlled opening of the inlet valve which replenishes the tank thus providing a continuous abrasive flow to the waterjet cutting heads.

The AMS Abrasive Management System with cutting head, abrasive metering system and ABRALINE Advanced(Bad Nauheim, 2013-02-06) With the ABRALINE abrasive bulk transfer system, KMT Waterjet Systems offers a solution to enable quick and economical waterjet cutting.About KMT Waterjet SystemsKMT Waterjet Systems is a leading multinational manufacturer of components for waterjet cutting systems.Solutions for different waterjet cutting applicationsWith the two model types, KMT offers a solution for different requirements concerning waterjet cutting systems. Therefore, a single abrasive load lasts more than twice as long as a single load of the smaller version of the transfer system. Thus, it is able to reliably feed demanding waterjet cutting applications.ABRALINE Advanced convinces with its optimized designMoreover, the model ABRALINE Advanced is very maintenance-friendly and reliable: Instead of using a usual cone seal, the abrasive silo and the pressure vessel are connected by a pneumatic pinch valve.broermannkmt-waterjet. This fact does not only lead to longer continuous operation times of the connected waterjet cutting machines but also to a time-saving and simple filling process of the silo as the necessity for an intermediate storage of the abrasive is eliminated. A free production flow, minimum frictional resistance and the absence of leaks and clogging are some features of such a valve which allow for long lifetimes even at continuous operation.kmt-waterjet. Since 1971 the company has been dedicated to long-term customer relationships.

The abrasive bulk transfer system ABRALINE for waterjet cutting machines consists of an abrasive silo and a smaller pressure vessel directly beneath it. At the outlet hopper of the pressure vessel, a sensor monitors the fill level of the abrasive.comThis release was published on openPR. The smaller version ABRALINE Comfort is sufficient for ensuring the abrasive feed for occasional cutting needs. Continuous investment in innovation has made KMT Waterjet Systems the market leader in the waterjet cutting industry. The use of such a system pays off: When cutting with a waterjet, a smooth abrasive feed is very important – especially for brittle material – as only a continuous abrasive flow guarantees optimal cutting results without material damages. The latest addition to this product line is the model version ABRALINE Advanced which features a larger abrasive silo and an optimized design.KMT GmbH Ralf kleine BrörmannHohe Strasse 4-661231 Bad NauheimGermanyPhone:49 (0) 6032 / 997-126Fax:49 (0) 6032 / 997-270E-Mail: ralf. As a consequence, the necessary maximum level of air pressure decreases significantly Now, the company has extended the product line by a model which has been designed especially for waterjet cutting machines operating at full capacity: The model ABRALINE Advanced features an extremely large abrasive silo. For larger waterjet cutting machines which operate continuously and with multiple waterjet cutting heads, machine Wholesale Smart Motor Valve Manufacturers operators should consider using the model ABRALINE Advanced.Enhancement of a successful systemFor some years, KMT has been successfully selling the ABRALINE system in the market.

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The abrasive bulk transfer system

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