Vacuum furnaces are essential for processing materials under high temperatures and are widely used in metal heat treatment, brazing, sintering, and other applications. However, with prolonged use, a vacuum furnace’s vacuum level may gradually decline, impacting heating efficiency and product quality.
In high-temperature heat treatment and laboratory applications, tube furnaces are essential tools. Among the most common types are alumina tube furnaces and quartz tube furnaces, each with distinct
Graphite has emerged as an ideal chamber material due to its high-temperature resistance, chemical stability, and excellent thermal conductivity. This article will explore the connection between vacuum furnaces and graphite chambers, analyze the main advantages of using graphite, examine its application scenarios, and introduce Brother Furnace's professional solutions in graphite chambers.
As one of the most common electric furnaces, muffle furnaces play a significant role in laboratory and industrial applications. Brother Furnace's muffle furnace is easy to operate and user-friendly. Watch the video below for a clear guide on operating a muffle furnace.
In laboratories and universities, high-temperature box furnaces are one of the core devices for conducting material testing and thermal analysis. They are highly favored due to their versatility and suitability for various heat treatment processes. This article introduces the role of box resistance furnaces in academic and research fields, their structural features, and common applications.
Vacuum brazing is an essential technique for creating high-strength joints between different metals, such as copper and stainless steel. This method is especially valued in industries requiring clean, durable, and corrosion-resistant bonds.