Used SIKAMA Falcon 8X5 #9018662 for sale

SIKAMA Falcon 8X5 is a high-temperature furnace engineered for industrial applications. It is a multi-purpose electric furnace, capable of producing extremely high temperatures. It can be used for a variety of applications, including annealing, brazing, heat treatments, sintering, and many more. Falcon 8X5 features a cylindrical design with a chamber size of 262x407x317mm, which provides ample space to fit the desired components. The interior lining is made of high-grade refractory material, which increases the heat over time. The lining is also corrosion-resistant, making it ideal for a variety of processes needing higher temperatures. The unit includes an 8-zone programmable control system, which allows the user to customize the temperature settings for each zone independently. The user can set different temperature levels for each zone or set them all together for simultaneous heating and cooling. This all takes place in an environment surrounded by an atmosphere of protective nitrogen, resulting in superior heat precision and repeatability. The system also features a redundant air temperature sensing element for precise control. SIKAMA Falcon 8X5 is powered by three-phase 208 VAC, 25KW power supply. It also comes equipped with anode protection, ground fault protection, and phase control systems to ensure safety and reduce the risk of electrical fires or connector corrosion. Falcon 8X5 also comes with a range of power management features, including adjustable run timers, timed cool down, and a timer menu that can be adjusted to target specific temperatures. This makes the unit especially useful for prolonged processes that require exact temperature levels. Moreover, there is also an alarm system, which sounds when the temperature exceeds the desired levels, allowing the user to intervene and correct the problem. Overall, SIKAMA Falcon 8X5 is a versatile, high-temperature furnace ideal for many industrial processes that require extensive exposure to elevated temperatures. Its long list of features make it an efficient and economical choice for a wide range of temperature-related tasks.