tire recycling plant

Product Description

Our tire recycling technology is different in kind to all known technologies and according to IESC experts is unique and has no analogue. This technology allows one to utilize car and truck tires with metal cord or without it. The technology is based on the fenomenon of rubber pseudo liquefaction under high pressure so it flows out through the holes in a cpecial chamber. Therefore, while outflowing the rubber and textile partly separate from metal cord in the way of primal rubber-textile crumbs. More than *0% of the metal are removed at the first stage of recycling. The rubber and textile mixture undergo further shredding and final separation from each other and metal remnants. The main advantages: - low specific power consumption 0.*4 W/hr per 1 kg of tyre - absolute ecological soundness - the received rubber powder has absorbtion power and chemical activity - due to large specific (high developed) surface, being devulcanized the rubber has characteristics close to natural caoutchoucs - the most possible output of marketable rubber powder The line presents itself a mini-plant to utilize car and truck tires with max diameter up to ***0mm. The line can also utilize any other rubber containing materials, you name it. The line provides you with rubber powder with two fractions: *0% consists of 0.**1mm (where one half is of 0.**0.5mm) and the other *0% - 1.**3mm. Additionally extracted fuzzlike textile cord (fluff) and metal cord as wires. According to Test Report PN*****6, prepared by AkronRubberDevelopmentLab, Inc. metal content is 0.****0.**2% and fiber content is 0.***0.*4%. The main economical specification: Capacity - **1,5 Required production area - **0 xxxxx Power consumption - 0,*4W/hr per 1kg of tire Shift crew - 4 at the beginning, after - 2 No cleaning system required at all. Cooling system water circulation velocity is *5 cubic m/hr. Cooling system is closed type, water space is about 6 xxxxx Installation power - ******0 kW Storing area is **0 xxxxx to pile tires enough for one year.