Used BRUCE / BTU BDF-41 #9087216 for sale

BRUCE / BTU BDF-41 is a top-of-the-line diffusion furnace and accessory package designed to provide heating up to 10,000 brinell hardness (BH. The unit consists of a quality designed steel box supported by oversized legs. This box supports an independent heating element enclosed in a high temperature furnace rated at 2,200°F. The heating element and air distribution is designed for uniform and stable temperatures throughout the heating chamber for even and consistent heat diffusion and processing of wide range of materials as per grade. BTU BDF-41 features a unique dual-thermal heating equipment. This dual-thermal system consists of two independent, temperature controlled heating elements, that supply a total of 10,000 brinell hardness. This ensures that the temperature of the working material is accurately and consistently maintained throughout the heating and diffusion process. In addition, the furnace includes a digital temperature controller to permit extra precision and versatility to adjust the heating parameters to better suit the material and its intended use. BRUCE BDF-41 also comes equipped with a variety of accessories designed to enhance and improve the performance of the furnace. These include a ceramic billet support unit with adjustable height, a quick-change crucible, and thermocouplers for real-time temperature readings. Also included is an exhaust hood and a digital pressure gauge for monitoring and controlling the gas pressure needed for efficient and controlled heat treatment. BDF-41 diffusion furnace and accessory package have been designed to meet the highest standards of quality and safety in the industry. It conforms to current ANSI and CE standards. All components of the package are UL, VDE, and TUV-approved. BRUCE / BTU BDF-41 is a high-performance diffusion furnace machine designed to produce consistent and reliable results. It is an invaluable asset to any heat treatment applications that require precise and uniform temperatures throughout the process.