High Quality Temperature Muffle Furnaces

   XO-15KW Vacuum Sintering Furnace
Product Description
  XO 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. Main features using a special high-performance industrial-grade microwave source to ensure continuous and stable long-running equipment; microwave sintering reaction sintering process spread evenly than conventional heating methods, can achieve ultra-fast heating (or program temperature control), and significantly shorten the holding time, the experimental efficiency multiplied; microwave output power can be adjusted to achieve precise temperature control curve; imported high-precision infrared thermometer, direct measurement of the sample temperature; equipped with an embedded microprocessor integrated temperature control system to achieve super-stable of temperature, a variety of unique special crucibles and insulation for selection of non-polluting materials; machinable handle a variety of microwave properties of different materials, versatility, flexibility and easy operation.

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 sintering furnace atmosphere temperature, high temperature calcination experiments microwave oven.


What about Vacuum Sintering Furnace Key features?

1)The use of special high-performance industrial grade microwave source to ensure continuous and stable long-running equipment;

2)can achieve ultra-fast heating, and significantly shorten the holding time, the experimental efficiency multiplied;

3)microwave output power adjustable, timing, temperature control, and precise temperature control curve dynamic monitoring;;

4)imported high-precision temperature infrared thermometer, direct measurement of the sample temperature, temperature stability: ± 1 ℃;

5)having an intake passage and outlet channels for communication inert gas experiments, the gas flow control;

6)a variety of unique special crucibles and insulation for selection of non-polluting materials;

7)machinability testing a variety of microwave processing characteristics of different materials, versatility;

8)Set exhaust passage corrosion can quickly exhaust gas generated during heating;

9)touch screen display and operation, equipped with the WINDOWS operating system, you can connect a PC; can be set and stored in multiple temperature curve, the operating records are automatically stored, compatible printer;

10)Multiple security lock protection devices, door, heating chamber door is not closed or opened without starting microwave abnormal function;

11)safe and reliable microwave shielding design, multi-channel anti-leak protection, to achieve zero leakage microwave, to ensure the health and safety laboratory assistant;

What about Vacuum Sintering Furnace The main application areas?

Powder metallurgy, magnetic hard, soft, metal magnetic, structural ceramics, varistors, thermistors, piezoelectric ceramics, microwave dielectric ceramic, honeycomb ceramic, porcelain, ceramics, carbon materials, catalysts, high-purity alumina, magnesium oxide, zinc oxide, zirconium oxide, aluminum hydroxide, zirconium hydroxide, and other non-metallic elemental experimental fine sintered products, all kinds of powder materials such as LED, three primary colors, long afterglow luminescent rare earth materials, battery materials (cobalt lithium, lithium manganese oxide, three elements, lithium iron phosphate, nickel hydroxide, etc.), all kinds of ceramic pigment, glaze, inorganic pigments, barium titanate, strontium, barium, strontium titanate, barium zirconate titanate , metal carbides, nitrides ferroalloys, diamond oxidation, reduction of the experimental technique of graphite exploration.