Microwave High Temperature Sintering Furnace

Product Description

XO type microwave high-temperature sintering furnace/microwave muffle furnace/microwave ashing furnace/is a new generation standardized microwave high-temperature experimental workstation, which has significant efficiency, energy saving, and environmental protection characteristics. The microwave high-temperature sintering furnace is suitable for the calcination, roasting, sintering, high-temperature synthesis, ashing, melting, and heat treatment research of various solid materials in various air atmospheres. It can also be used for high-temperature constant temperature testing or testing of test samples or produced products. The main feature of the product is the use of a specially designed high-performance industrial grade microwave source to ensure continuous and stable long-term operation of the equipment; The propagation of microwave sintering reaction during the sintering process is more uniform than traditional heating methods, and it can also achieve ultra fast heating (or programmed temperature control), significantly shorten the holding time, and double the experimental efficiency; The microwave output power can be fine tuned to achieve precise temperature control curve; Using imported high-precision infrared thermometers to directly measure sample temperature; Equipped with an embedded microcomputer integrated temperature control system, achieving super stable temperature control. Various unique dedicated crucibles and insulation structures are available for selection, ensuring no pollution to materials; It can process materials with different microwave characteristics, has strong universality, and is flexible and convenient to operate.
This product is also known as: microwave high-temperature sintering furnace, high-temperature microwave ashing furnace, microwave muffle furnace, microwave bioceramic sintering furnace, microwave high-temperature atmosphere sintering furnace, microwave high-temperature calcination experimental furnace.

Using a specially designed high-performance industrial grade microwave source to ensure continuous and stable long-term operation of the equipment;
● It can achieve ultra fast heating and significantly shorten the insulation time, doubling the experimental efficiency;
The microwave output power is adjustable, timed, temperature controlled, and has dynamic monitoring to achieve precise temperature control curves;;
Adopting imported high-precision high-temperature infrared thermometer to directly measure sample temperature, with temperature control stability of ± 1 ℃;
Equipped with inlet and outlet channels, suitable for inert gas protection experiments, with controllable gas flow rate;
Various unique specialized crucibles and insulation structures are available for selection, with no pollution to materials;
Can process and test materials with different microwave characteristics, with strong universality;
● Set up corrosion-resistant exhaust channels to quickly exhaust gases generated during the heating process;
● Touch screen display and operation, equipped with WINDOWS operating system, can be connected to a PC; Can set and store multiple temperature control curves, automatically store operation records, compatible with printers;
Multiple safety lock protection devices prevent the microwave function from being activated when the furnace door or heating chamber door is not closed or abnormally opened;
Safe and reliable microwave shielding design, multiple anti leakage protection functions, achieving zero microwave leakage, ensuring the health and safety of experimenters;

Main application areas:

Sintering experiments of various fine products such as powder metallurgy, hard magnetic, soft magnetic, metal magnetic, structural ceramics, varistors, thermistors, piezoelectric ceramics, microwave dielectric ceramics, honeycomb ceramics, electric ceramics, daily-use ceramics, carbon materials, catalysts, high-purity alumina, magnesia, zinc oxide, zirconia, aluminum hydroxide, zirconium hydroxide, non-metallic elements, etc. Various powder materials such as LED, tricolor, long afterglow rare earth luminescent materials, battery materials (lithium cobalt oxide, lithium manganese oxide, three elements, lithium iron phosphate, nickel hydroxide, etc.), various ceramic pigments, glazes, inorganic pigments, barium titanate, strontium barium titanate, strontium titanate, zirconium titanate, metal carbides, ferroalloy nitrides, diamond oxide, graphite, etc. Exploration of experimental techniques for restoration.

Selection table:

Option 1: Vacuum pumping device for oxidizing, protective, and weakly reducing atmospheres
Option 2: High temperature mixing and material rotation platform function
Option 3: Optional ultra-low vacuum 10-3Pa
Option 4: Sample high-temperature sintering exhaust gas treatment device