RecycLiCo Battery Materials (AMY) is a company focused on the sustainable recycling of lithium-ion batteries. Operating within the clean technology and materials sector, the company offers innovative solutions for the recovery and reuse of valuable battery materials such as lithium, cobalt, and nickel. Their core service is a proprietary recycling process that aims to create a closed-loop system for battery materials, thus promoting environmental sustainability and reducing reliance on mining for new materials.

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AMY Stock 12 Month Forecast

Average Price Target

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triangleleft flexccc bgwhite shadowhard-3 border1 borderColorwhite-8 colorwhite-8 px2 lineHeight3 fontWeightsemibold fontSize10 radiismall h_pxsmall35\"> <div class=\"w_pxsmall60 flexccc\">\n  <span style=\"color:#828080\">Average </span>\n\n  <span style=\"color:#828080\">―</span>\n  </div></div>","useHTML":true}},{"color":"rgba(0,0,0,0)","label":{"className":" overflowvisible_force","align":"right","x":60,"y":10,"text":"<div  class=\"positionrelative hoverZ3 triangleleft-top flexccc bgwhite shadowhard-3 border1 borderColorwhite-8 colorwhite-8 px2 lineHeight3 fontWeightsemibold fontSize10 radiismall h_pxsmall35\"> <div class=\"w_pxsmall60 flexccc\">\n  <span style=\"color:#912767\">Low </span>\n\n  <span style=\"color:#912767\">―</span>\n  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style=\"color:#199ca5\" class=\"mb3 mt2 fonth8_semibold\"> Strong Buy</span>\n            <div class=\"flexrcb px3 displayflex fonth9_semibold\"><span  style=\"color:#199ca5\">Buy 1,\t&nbsp; </span>\n              <span  style=\"color:#828080\">Hold 0, \t&nbsp;</span>\n              <span  style=\"color:#912767\">Sell 0</span>\n      ","marker":{"lineColor":"#199ca5","enabled":true,"symbol":"circle"}},{"y":0.19,"date":1601510400000,"info":" <span style=\"color:#199ca5\" class=\"mb3 mt2 fonth8_semibold\"> Strong Buy</span>\n            <div class=\"flexrcb px3 displayflex fonth9_semibold\"><span  style=\"color:#199ca5\">Buy 2,\t&nbsp; </span>\n              <span  style=\"color:#828080\">Hold 0, \t&nbsp;</span>\n              <span  style=\"color:#912767\">Sell 0</span>\n      ","marker":{"fillColor":"black","lineColor":"black","enabled":true,"symbol":"circle"}},null,null,null,null,null,null,null,null,null,null,null,null],"color":"#0666a7"}]}

Detailed Analyst Forecast >