CARTRIDGE HEATER BY MAXIWATT

Durawatt Compressed Cartridge Heaters with S/S Block - 90º Exit Ref. "T9" Water resistant and robust. Ready for removal from its bore housing. With tensile strength which prevents deformation in case of displacement of the shape. The finish T9 can be used in any hostile situation (high temperatures, waste material).

Cartridges with high watt density. They provide a great uniform distribution of heat, and are hermetically manufactured, which considerably increases the long life of the resistance as well as preventing the oxidation of the heating wire even at high temperatures. Over 25.000 measurements in high density cartridges available. High density Maxiwatt cartridges are manufactured from prime quality materials and undergoing the strictest safety controls, according with international standards. -Long-life -High temperatures -Maximum watts capacity 60w/cm2

They are especially designed for quick adaptation in molds or surfaces where the use of rivets either causes problems or impossibility to use. Cuadrawatt cartridges are the better choice. Cartridges with a low density of watts are most recommended for moderate heating up to a maximum temperatures of 300ºC. The square tube is made of prime quality stainless steel. All the tubes are perfectly calibrated both inside and outside, into which a long-life ceramic piece is inserted. The tube resists a continuous temperature variation and has the best possible thermal conductivity, as the ceramic piece is in contact with the wall of the tube, which makes the most perfect heat distribution possible. Special Cold Sections: Distributed Wattage Single Circuit Element Independent Heat Zones Three Phase Element Dual Voltage Designs Thermocouple A,B,C RTD Elements Thermostats

Maxiwatt High Load cartridges, which have been have proven themselves for 50 years successfully performing in thousands of applications applications that very few manufacturers are currently manufacturers are currently capable of producing, have a maximum temperature of 1000º.