Vertical tube furnace

The vertical tube furnace is a high-temperature tube heating equipment with a vertical structure, which adopts resistance heating and intelligent temperature control. It can perform calcination, sintering, heat treatment and other operations on samples under vacuum or atmosphere conditions. Its compact structure, uniform temperature field, and safe use are widely used in scientific research and small-scale production in materials, chemical, metallurgical, and other fields.

Vertical tube furnaceIt is a type of adoptionVertical vertical structureThe high-temperature tube heating equipment uses a tube furnace as the core heating chamber, and achieves temperature rise through heating elements such as resistance wires, silicon carbon rods, and silicon molybdenum rods. It is equipped with an intelligent temperature control system to achieve precise temperature control and is widely used in scientific research and industrial fields such as materials, chemical engineering, metallurgy, ceramics, etc.

The overall vertical layout of the equipment allows materials to be heated, sintered, annealed, and subjected to atmospheric reactions from top to bottom or from bottom to top. Compared to horizontal tube furnaces, it is more suitable for continuous processing or static calcination of powders, particles, and rod-shaped samples, effectively reducing problems such as uneven material accumulation and thermal deviation. The furnace is mostly made of high-temperature resistant alumina fiber material, with excellent insulation performance, and the working temperature can usually reach1000℃。

Meanwhile,Vertical tube furnaceIt can adapt to atmospheric environments such as vacuum pumping, inert gas/reducing gas flow, etc., with high temperature control accuracy, adjustable heating rate, compact structure and small footprint. It has the characteristics of convenient operation, stable operation, and uniform temperature field. It is a commonly used experimental and production equipment for high-temperature material synthesis, nanomaterial preparation, catalyst calcination, metal heat treatment and other scenarios.