Foam glass production system

Abstract

The invention provides a foam glass production system. The foam glass production system comprises a raw material cleaning system, a raw material ball milling system, a heating system and an annealing system which are used for processing the raw materials in sequence, wherein the raw material cleaning system comprises a feeding device, a drying and dust removing device, a crushing device, a magnetic impurity removing device and a storage bin which are used for correspondingly treating the raw materials of the foam glass in sequence; the raw material ball milling system comprises a ball mill, a raw material conveying device and a storing and transporting distributing device; the heating system comprises a heating furnace, a first rail, a die box transfer trolley, a foam glass transfer trolley, a transfer rail, and a finished product raw material bin above the transfer rail; and the annealing system comprises an annealing furnace, a kin vehicle, a second rail, a skin vehicle traction device, a third rail abutted with the first rail, a fourth rail which connects the second rail with the third rail, and a skin car transfer truck. The foam glass production system is reasonable in structural design and high in production efficiency, and can provide guarantee to the high quality of the foam glass.

Description

technical field [0001] The invention relates to the technical field of foam glass production, in particular to a foam glass production system. Background technique [0002] Foam glass is an inorganic non-metallic glass material made of cullet, foaming agent, modifying additive and foaming accelerator, etc., after finely pulverizing and uniformly mixing, then melting at high temperature, foaming and annealing. Foam glass is composed of a large number of uniform bubble structures with a diameter of 1 to 2 mm. [0003] Foam glass has the functions of moisture-proof, fire-proof and anti-corrosion. In addition, the glass material has the advantage of not deteriorating in long-term service performance, so it is very suitable for harsh environments such as heat insulation, cryogenic, underground, open-air, flammable, moisture-prone, and chemical corrosion. User favored. It is widely used in wall insulation, petroleum, chemical industry, noise reduction in computer rooms, sound-ab...

AI Technical Summary

Problems solved by technology

[0006] Most of the production devices that the existing foam glass production process relies on are relatively old, the structure is heavy, and the operation is cumbersome, which cannot meet the requirements of the new production process.

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