Arc Assisted Vacuum Melting Furnace VBF-1200X-T

VBF-1200X-T is a compact vacuum arc melting furnace designed for melting small quantities of high-temperature refractory metals (up to 2000℃). It features a dual tungsten electrode with a maximum current input of 200A, with one electrode connected to a stainless steel crucible and the other inserted into a graphite crucible. The graphite crucible is heated by a low-voltage DC power supply, and the quartz tube is heated by a resistance furnace to ensure the temperature uniformity of the crucible. The furnace flange is equipped with a feeding device for adding dopping materials during melting. This furnace is used to prepare small samples of rare metal alloys, such as neodymium.

Features	8" Vacuum tube with one end closed and sealed flange is inserted into a vertical muffle furnace Tungsten electrodes generate arc plasma inside graphite crucible to mel material up to 2000oC A secondary material feeding device is included to add materials during arc melting The vertical box furnace will heat the quartz chamber to 1100oC to keep the melt sample hot Please click the picture left to see the detail
Box Furnace	Power : AC220V 50/60HZ 4kW Max Specifications Continues temperature: 1100℃ Heating rate: ≤10℃/min Chamber size: Ф240 * 245mm Single-ended quartz tube: Ф200 * 425mm Temperature controller PID automatic control and auto-tune function ±1℃ accuracy 30 programmable segments for precise process Built-in protection for over-heated and broken Thermal couple.
Arc Generator	DC Power Input: 208 VAC + PE 50-60Hz Power: 10kW Three-phase circuit breaker: 10A Output mode: constant power Max output current: 0-200A Max output voltage: 0-18VDC Regulation resolution: 1A Ceramic-sealed tungsten rod electrode Connected to the flange using a KF clamp The diameter is based on the customer's current input
Certificate	CE Certified NRTL Certification is available upon request, additional charges will apply
Optional Vacuum Pump	Limited by the vacuum pump (Clicking the pictures to order) 50 m-torr can be achieved by the mechanical pump 10^-5 torr can be reached by the turbopump Mechanical Molecular
Optional Water Chiller Click for details	Water cooling is required for cooling the vacuum flange. Please click the picture left to order a recirculating water chiller