Sell Waste Tire Treatment Production Line--recycling machine

Description

Waste Tire recycling Treatment machinery//Waste tire disposal processing plant//scrap tire (rubber) shredder//waste tire equipment, Rubber powder Machinery our site: ***** name: Waste Tire Treatment Production Line Type:ZFC-X(***0ï&frac*2;ž****0)-ZY Main usesï&frac*4;šThe purpose of the Waste tire at room temperature processing production line is to use the waste tire recycling physical method, without any pollutants. The purpose of the split *****0 small particles is so that the waste tires are tured into renewable resources, "black gold." Major Specifications of Waste Tire Normal-Temperature Treating Production Line Annual treating amount ***0　***0　***0　　****0 Fineness (category) *0　ï&frac*4;ï&frac*4;**0 Total power (kwï&frac*4;‰ã€€ 　 **5　 **5　　**4　　　**5 Dust emissionï&frac*4;ˆmg/m3ï&frac*4;‰ã€€ã€€ ≤*0 Circulated water amountï&frac*4;ˆm3/hï&frac*4;‰*0　 *0 **0 **0 Power of air compressor kwï&frac*4;‰ 　7.5 Workers 4ï&frac*4;6　 4ï&frac*4;6 　 6ï&frac*4;8 　 *0ï&frac*4;*2 Equipment principle and characterï&frac*4;š The set imposes a outside force on waste rubber, whose principle is based on solid dynamics and other physics phenomena, breaking the object into smaller-sized granules. It is powder-grinding engineering unit operation. 1. Simple technology *-The equipment has a compact structure taking up little apace, high production ability. 2. Wide raw material choice *- Conventional equipments can only use steel wire tire or fiber tires for single-kind production, greatly limiting the development of raw materials. Ours can put all kinds of rubber products into production including waste shoe soles and waste rubber leftovers. 3. High automation and low energy consumption *- the whole operation can be conducted by only 4 workers, reducing cost effectively. 4. For the normal-temperature waste tire regeneration equipments developed by our company, there is no flavor, dust, waste gas, polluted water, or waste residue in the production process, entirely reaching the na