• Maximum operating temperature range up to 1500°C.
• The Bridgman method uses that sample moves slowly through a temperature gradient in vertical tubular furnace.
• The melted material moves through a decreasing temperature gradient and forms a single crystal.
• Compact design for minimum space requirement.
• Rugged and durable Construction.
• Outer casing is made up thick mild steel with duly powder coated or thick buffed stainless steel, gives long service life with extremely resistant
• Outer casing is made up thick mild steel with duly powder coated or thick buffed stainless steel, gives long service life with extremely resistant.
• Multilayer insulation with vacuum formed ceramic fibre or refractory bricks with low thermal mass.
• Furnace design with powerful heating elements i.e. FeCrAl, SiC in all sides of the work tube providing fast heating rate.
• In this system tube furnace mounted on stand with the pulling device.
• Precisely defined and controlled pulling speed.
• The movement of the sample can be fast for loading and unloading or with a user defined speed for crystal growth.
• Pooling device moves the sample with an adjustable speed toward the lower temperature.
• Alumina/Quartz/Metal ceramic tube surrounds the sample.
• Inner diameter of the tube from 50mm to 100mm.
• Heated Length from 100mm to 1000mm.
• Fast heat up and cool down rates.
• Temperature uniformity +/- 5°C.
• Temperature control with PID controllers.
• Power control with solid state relays or Thyristor units for very precise temperature Control, wear-free and noiseless.
• High mechanical durability, short heating cycle and low power consumption.
• Auto and manual both operations possible with servo motor and driver.

Bridgman Type Furnaces are designed for R&D labs, Medicine and Industry, Pharma Industry, Thermal Process Technology, Advanced Materials for following applications:
For crystal growth process.