Natural Gas Vitrified Microsphere Expansion Furnace

Equipment Application

Natural Gas Vitrified Microsphere Expansion Furnace is used to produce closed-cell perlite vitrified microspheres, with high Strength , high thermal insulation, and low water absorption. Vitrified microspheres are the main material for producing High Quality thermal insulation mortar, and are widely used in thermal insulation of internal and external walls of house buildings Energy Saving . In the pharmaceutical industry, it can be used as filter ceramics, filter aids, etc. In the chemical industry and furnace manufacturing industry, it can be used for thermal insulation of thermal pipelines, adiabatic products, insulation products, etc.

Product Features

This series Equipment is suitable for regions around the world Day where gas use is relatively convenient and Day gas cost is low. However, since general enterprises do not have professional heat treatment technology to manufacture High Precision Day gas expansion furnaces, the products produced only have output, cannot reach qualified quality, the produced perlite vitrified microspheres are all open-pore products, and do not have the properties of heat insulation, thermal insulation, waterproofing, high Strength , etc. Hankou Furnace company has conducted many Year years of painstaking research and experimentation, and applied a new generation of microcomputer program process curve High Precision Automatic temperature control technology, the produced closed-pore perlite and closed-pore vitrified microspheres not only meet quality standards, but also have higher output.

The Vitrified Microsphere Expansion Furnace adopting Day gas combustion technology of High Precision is not only Long Service Life , free of failures, but also the Day gas Vitrified Microsphere Production Line applying industrial Automation technology is widely popular among users. Currently, some regions at home and abroad have begun to use our company's Natural Gas Vitrified Microsphere Expansion Furnace to produce new Insulation Material for closed-cell perlite vitrified microsphere walls.