Pouring steel belt type asphalt granulation production unit

Abstract

The embodiment of the invention discloses a pouring steel belt type asphalt granulation production unit. The pouring steel belt type asphalt granulation production unit comprises a material heat-preservation system, a lifting-moving pouring granulation system, a cooling and conveying system and a finished product packaging system, wherein the material heat-preservation system is connected with thelifting-moving pouring granulation system through a feeding pipeline and used for preserving asphalt for a shell and asphalt for an inner core and delivering the asphalt for the shell and the asphaltfor the inner core to the lifting-moving pouring granulation system through the feeding pipeline and a material pump; the lifting-moving pouring granulation system is used for pouring granulation ofthe asphalt for the shell and the asphalt for the inner core and forming liquid granules to be output; the cooling and conveying system is connected with the lifting-moving pouring granulation systemand used for cooling the liquid granules output by the lifting-moving pouring granulation system to form solid granular asphalt to be output; and the finished product packaging system is connected with the cooling and conveying system and used for packaging the solid granular asphalt output by the cooling and conveying system. The pouring steel belt type asphalt granulation production unit has thecharacteristics of easy operation, continuous production, high automation degree and high production efficiency.

Description

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AI Technical Summary

Benefits of technology

This patented method allows for precise control over how much material called asphaltic rubber should be poured into drums made from lined concrete during construction projects such as road paving operations. By controllably adjusting both the flow rate and pressure of molasses injected between two rollers, this results in accurate placement of the materials throughout the entire structure being formed. Additionally, it uses an improved casting machine design without having any issues associated therewith, which helps prevent damage caused by excessive heat generated during curing processes. Overall, these technical benefits improve efficiency and quality of pavement manufacturing while reducing costs compared to existing methods like tampons.

Problems solved by technology

This patented technical problem addressed in this patents relates to developing an improved type of bituminous material called asphaltic resins or rubber modifiers (rubbers) due to their ability to maintain good stability even when exposed to extreme temperatures such as those experienced while being mixed with other substances like water.

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