Aggregate wash plant has a variety of functions such as cleaning, screening, dehydration and recovery after unique innovation and reasonable design.
LDHB aggregate wash plant can be widely used for mining, aggregate processing, piling mud, river dredging treatment, ceramic raw material processing, silica sand production and processing, various metal ore tailings processing, construction waste disposal and other industries.
{\"Color box\":{\"textstyle\":\"dynamic\",\"textpositionstatic\":\"bottom\",\"textautohide\":true,\"textpositionmarginstatic\":0,\"textpositiondynamic\":\"bottomleft\",\"textpositionmarginleft\":24,\"textpositionmarginright\":24,\"textpositionmargintop\":24,\"textpositionmarginbottom\":24,\"texteffect\":\"slide\",\"texteffecteasing\":\"easeOutCubic\",\"texteffectduration\":600,\"texteffectslidedirection\":\"left\",\"texteffectslidedistance\":30,\"texteffectdelay\":500,\"texteffectseparate\":true,\"texteffect1\":\"slide\",\"texteffectslidedirection1\":\"right\",\"texteffectslidedistance1\":120,\"texteffecteasing1\":\"easeOutCubic\",\"texteffectduration1\":600,\"texteffectdelay1\":1000,\"texteffect2\":\"slide\",\"texteffectslidedirection2\":\"right\",\"texteffectslidedistance2\":120,\"texteffecteasing2\":\"easeOutCubic\",\"texteffectduration2\":600,\"texteffectdelay2\":1500,\"textcss\":\"display:block; padding:8px 16px; text-align:left;\",\"textbgcss\":\"display:none;\",\"titlecss\":\"display:table; position:relative; font:bold 14px Georgia,serif,Arial; color:#fff; white-space:nowrap; background-color:#f7a020; padding:10px;\",\"descriptioncss\":\"display:block; position:relative; font:12px Georgia,serif,Arial; color:#fff; background-color:#e04000; margin-top:10px; padding:10px;\",\"buttoncss\":\"display:block; position:relative; margin-top:10px;\",\"texteffectresponsive\":true,\"texteffectresponsivesize\":640,\"titlecssresponsive\":\"font-size:12px;\",\"descriptioncssresponsive\":\"display:none !important;\",\"buttoncssresponsive\":\"\",\"addgooglefonts\":false,\"googlefonts\":\"\",\"textleftrightpercentforstatic\":40},\"Center text\":{\"textstyle\":\"dynamic\",\"textpositionstatic\":\"bottom\",\"textautohide\":true,\"textpositionmarginstatic\":0,\"textpositiondynamic\":\"centercenter\",\"textpositionmarginleft\":24,\"textpositionmarginright\":24,\"textpositionmargintop\":24,\"textpositionmarginbottom\":24,\"texteffect\":\"slide\",\"texteffecteasing\":\"easeOutCubic\",\"texteffectduration\":600,\"texteffectslidedirection\":\"bottom\",\"texteffectslidedistance\":30,\"texteffectdelay\":500,\"texteffectseparate\":true,\"texteffect1\":\"slide\",\"texteffectslidedirection1\":\"bottom\",\"texteffectslidedistance1\":30,\"texteffecteasing1\":\"easeOutCubic\",\"texteffectduration1\":600,\"texteffectdelay1\":1000,\"texteffect2\":\"slide\",\"texteffectslidedirection2\":\"bottom\",\"texteffectslidedistance2\":30,\"texteffecteasing2\":\"easeOutCubic\",\"texteffectduration2\":600,\"texteffectdelay2\":1500,\"textcss\":\"display:block; padding:48px; text-align:center;\",\"textbgcss\":\"display:none;\",\"titlecss\":\"display:table; position:relative; font-weight:300; font-style:italic; font-size:32px; font-family:Georgia,sans-serif,Arial; color:#fff; padding:10px; margin:0px auto;\",\"descriptioncss\":\"display:block; position:relative; font-weight:300; font-style:normal; font-size:20px; line-height:30px; font-family:Georgia,sans-serif,Arial; color:#fff; padding:10px; margin:0px auto;\",\"buttoncss\":\"display:block; position:relative; margin:10px auto;\",\"texteffectresponsive\":true,\"texteffectresponsivesize\":640,\"titlecssresponsive\":\"font-size:12px;\",\"descriptioncssresponsive\":\"display:none !important;\",\"buttoncssresponsive\":\"\",\"addgooglefonts\":false,\"googlefonts\":\"\",\"textleftrightpercentforstatic\":40}}
The materials are evenly fed to the back of the screen surface and cleaned in the trough-shaped structure. With the continuous increase of materials and the vibration of the screen surface, materials continue to enter the dewatering screen surface of the front end of the screen and complete the dewatering and screening operations under the action of vibration. The fine sand lost in this process is recovered by the fine sand recovery device to maximize the use of resources.
1. Modular structure. Cleaning, screening, dehydration, and fines recycling operations all be completed on one equipment.
2. The polyurethane plate structure is adopted on the rear of screen to form a water reservoir, and an additional weir is added to extend the material cleaning time and the material cleaning effect is better.
3. The longer screen surface is more conducive to sieving and dewatering.
4. Equipped with a fine sand recovery system to effectively recover fine sand lost during the washing process.
