Microwave muffle furnace is a simple, intelligent general purpose microwave high temperature experiment equipment specially designed for the laboratory. High-temperature microwave sintering furnace/ Microwave muffle oven/ microwave ashing furnace is a new generation of high-temperature microwave standardized test workstation, with significant efficiency, energy saving, environmental protection, especially high-temperature microwave sintering furnace under air atmosphere for all kinds of various solid the calcined material, baking, sintering, high temperature synthesis, ash, melting and heat treatment study. The test sample can be used or produced in a constant temperature high temperature test or tests.

This product is also known as: high temperature microwave sintering furnace, high temperature microwave ashing furnace, microwave muffle furnace, microwave bio-ceramic sintering furnace, microwave atmosphere sintering furnace, high temperature calcination experiments microwave oven.

Unique Features

1.Microwave Heating: By utilizing microwaves, it can cause intense molecular movement and friction within the material, generating a large amount of thermal energy in a short period of time to achieve rapid heating of the material. Compared with traditional resistance wire heating methods, microwave heating has the advantages of fast heating speed, good heating uniformity, and high energy utilization.

2.Box Furnace Structure: This structure typically consists of an enclosed box with an internal heating chamber used for placing samples or materials that need to be heated. The box furnace structure provides better insulation performance and sealing properties, reducing heat loss and minimizing the impact of external environments on the heating process.

3.The use of special industrial microwave source to ensure continuous and stable long-running equipment;

4.Microwave output power stepless adjustable, precise temperature control curve;

5.Can achieve ultra-fast heat up, and significantly shorten the holding time, sintering efficiency improved several times;

Applications

1.Application Fields: Materials Science Research: It can be used for the synthesis of inorganic materials such as electronic ceramic powders (e.g., barium titanate, strontium barium titanate, strontium titanate, etc.), lithium-ion battery cathode materials (such as lithium cobalt oxide, lithium manganese oxide, etc.), various pigments, glazes, and inorganic dyes; it can also be used for sintering processes of materials like electronic ceramics (piezoelectric resistors, thermistors, piezoelectric ceramics, microwave dielectric ceramics, etc.), oxide ceramics and refractory materials (composite oxides such as alumina, zirconia, magnesia), magnetic materials (nickel zinc ferrites, spinel ferrites, etc.).

2.Analytical Chemistry: Used for sample ashing and digestion during preprocessing, capable of quickly and efficiently decomposing organic matter in samples to provide conditions for subsequent analysis and testing. Industrial Production: In some industrial production processes such as powder metallurgy, nanomaterial preparation, and ceramic product manufacturing, high-temperature microwave box furnaces can achieve rapid sintering and heat treatment of materials, improving production efficiency and product quality.