Used BTU / KOKUSAI TFF142-8-90A24 / DR #9186949 for sale

BTU / KOKUSAI TFF142-8-90A24 / DR is a powerful, industrial-grade furnace, designed to provide extreme heat over a wide range of temperatures. It is capable of reaching temperatures in the range of up to 9,000°F (4,982°C). As a furnace, it is capable of performing a variety of operations such as melting, soldering, brazing, annealing, and heat treatment. BTU TFF142-8-90A24 / DR is equipped with an 8-inch (20.3 cm) diameter heating chamber and a 24-inch (61 cm) depth of discharge. It has a single-segment design, meaning that the entire width of the furnace is used for heating without any obstructions or entryways, ensuring uniform heat distribution and no cold spots in the chamber. The furnace has a nominal hot zone volume of 14 cubic feet (396 L), along with a single-heating element design. The furnace is constructed with a heavy-duty, robust frame built from 14-gauge steel, making it highly durable and sure to withstand years of use. It has a durable refractory-lined heating chamber enclosure with a high-grade, insulating layer of ceramic fiber, designed to keep heat in the furnace chamber. KOKUSAI TFF142-8-90A24 / DR is equipped with an advanced digital controller, featuring a Multi-function Interface (MFI). This advanced controller provides full access and control of many furnace functions, and is capable of displaying and controlling up to 15 parameters for safe operation. The MFI displays information such as temperature, time, set points, and offsets, providing clarity and precision while operating the furnace. The furnace has an advanced six-stage, low-turbulence airflow system, designed to provide rapid, controlled heating of the chamber and guarantee uniform heat distribution throughout the chamber. A powerful blower motor powers the system, delivering larger volume airflows at lower pressures, while reducing energy costs. TFF142-8-90A24 / DR is a powerful, high-performance furnace, designed to meet the needs of a wide variety of industrial applications. Its robust design, advanced digital controller, and low-turbulence airflow system make it an ideal choice for any industrial application which requires extreme heat over a wide range of temperatures.