OTL1200-S Mini-tube furnace
OTL1200-S mini tube furnace with resistance wire for heating element, the double shell structure and 30 program temperature control system, phase trigger, silicon control, furnace with alumina polycrystalline fiber material, with temperature field equilibrium, low surface temperature, the temperature rate fast, energy saving, is universities, research institutes, industrial and mining enterprises do high temperature atmosphere […]
OTL1200-100 Tubular Furnace
OTL1200-100 tubular furnace, is a common laboratory used tubular furnace products created by Laibu company. He uses resistance wire heating, the highest temperature of resistance wire can reach 1400 degrees, the highest temperature of OTL1200 tube furnace is 1200 degrees, and the continuous working temperature for a long time is 1100 degrees. OTL1200-150 tubular furnace […]
OTL1200-150 tubular furnace
OTL1200-150 tubular furnace, is a laboratory commonly used tubular furnace products created by Laibu company. He uses resistance wire heating, the highest temperature of resistance wire can reach 1400 degrees, the highest temperature of OTL1200 tube furnace is 1200 degrees, and the continuous working temperature for a long time is 1100 degrees. OTL1200-150 tubular furnace […]
OTL1200 stainless steel tube tube type furnace
OTL1200 Stainless steel tube tube type furnace vacuum filter molding of high quality high purity alumina polycrystalline fiber curing furnace. The power supply voltage is 220V, and the maximum temperature can reach 1,200 degrees. The furnace pipe is made of 304 stainless steel material, and the pipe diameter is 60,80 and other specifications.
High Vacuum Tube Furnace
A single-temperature zone tube furnace employs heating elements such as resistance wire, silicon carbide rods, and silicon molybdenum rods based on temperature requirements. It can achieve temperatures as high as 1800 degrees Celsius. This furnace boasts advantages like uniform temperature distribution, low surface temperature, rapid heating and cooling rates, and energy efficiency. It serves as […]