Why Choose Molybdenum Tray for High Temperature Vacuum Furnace?

In high-temperature industrial processes, selecting the right material for furnace racks is critical to performance and longevity. Molybdenum stands out as the premier choice for vacuum furnace applications—and for compelling reasons.

Molybdenum tray offer an exceptional melting point of 2,623°C, ensuring structural stability in extreme temperatures where ordinary metals fail. Their low thermal expansion coefficient minimizes deformation under repeated heating cycles, guaranteeing consistent part placement and minimal distortion.

These trays also demonstrate high strength under vacuum conditions, resisting sagging or creep even under heavy loads. Their excellent thermal conductivity promotes uniform temperature distribution, essential for precise heat treatment of sensitive components such as aerospace alloys and electronic materials.

Moreover, molybdenum’s low vapor pressure prevents contamination in high-purity environments, making it ideal for processes like sintering, brazing, and annealing where cleanliness is paramount.

Durability further enhances their value. Molybdenum trays withstand aggressive thermal cycles, reducing replacement frequency and downtime—delivering long-term cost efficiency.

For manufacturers demanding precision, purity, and performance in high-temperature vacuum operations, molybdenum trays are not just an option—they are the optimal solution.