Used BLUE M 336 #172460 for sale

BLUE M 336 is a forced convection unit that furnaces ceramic and metal products up to temperatures of 1382°C (2500°F) with uniform and reliable temperature distribution. It is widely regarded as one of the industry's highest performing and most reliable annealing furnaces in its class. This multiple chamber unit consists of 3, 8" (20 cm) thick slab-type, insulated firebricks and a single insulated steel door up to 60" (152 cm) long. The firebricks and steel door are designed for superior heat retention and for even temperature distribution throughout the chamber without cold and hot spots. The even temperature distribution is important for reliable and consistent process results. 336 has a temperature range that extends from ambient to 1382°C (2500°F) with a maximum inlet pressure of 5psig. It is designed with FastRamp™ technology, allowing for rapid and uniform temperature increases up to 900°C (1650°F). This furnace is finely controllable with a digital display adjustable in 1° increments and a Program Unit that allows up to 8 programmed steps, taking advantage of ramping, soaking and cooling. In addition to its high performance, BLUE M 336 has also been designed for operator safety. Built-in features for this include automatic over-temperature shut-down, adjustable air velocity, and power switching with true dead-band and current limiting. The controllers also have a lock-out feature and a count-down timer that can be used to activate at a fixed interval warning signal. These functions are all important to keep operators safe and protected while working with 336 furnace. Given the design of BLUE M 336, maximum operational efficiency and repeatable results are guaranteed. The unit is ideal for a wide range of annealing and other process applications including heat treating, brazing, sintering, and other industrial processes. With its advanced performance and user-friendly features, 336 is the perfect choice for any application that requires experimental and process reliability and fast cycle times.