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",_id:"af2b6d86-5b5b-4808-ba1e-cbe5a7aff1de",slug:{current:"digital-printing",_type:g},parent:{_type:n,slug:{current:p,_type:g},title:o}},{title:B,_id:C,slug:{current:D,_type:g},parent:{_type:n,slug:{current:q,_type:g},title:r}},{title:Q,_id:R,slug:{_type:g,current:S},parent:{_type:n,slug:{current:q,_type:g},title:r}},{title:"Continuous process",_id:"bcf891d9-c7f5-4430-a971-0289d768d189",slug:{current:"continuous-process",_type:g},parent:{_type:n,slug:{current:p,_type:g},title:o}}],_type:t,_createdAt:"2021-08-02T15:03:13Z",showIndex:s,_updatedAt:"2021-10-19T10:34:28Z",_id:"3e1c8771-158f-445b-b61f-01acd74b4a39",slug:{current:"digital-printing-green-printing-process",_type:g},cover:{_type:k,alt:"digital printing high definition",asset:{_ref:"image-a14baa7d698be306de9c8aaa82249d4110b11741-2000x1328-jpg",_type:j}},blob:"Digital printing: the green printing process\nWhy digital printing is considered more sustainable than traditional printing?\nDigital printing sector is growing faster and faster, and both the machinery and the colors are constantly improving their performances and environmental profiles.\n\nDigital printing is way more flexible and cost-saving than tradition printing: it allows print-on-demand, minimizing the waste and by-products, and allows a faster introduction of new designs\u002Fpatterns, without the need of cylinders or flat-screens.\nThe production time is considerably shorter, resulting in energy and water savings.\n\nThe environmental impact of digitally printed textile and garments is remarkably reduced.\n\nBut how can we control and deliver the highest print quality?\n\nThere are many factors influencing the final print quality: both the complexity of the design, the substrate quality, the inks and the process itself (printheads, process speed, etc. ) can improve or compromise the final result.\n\nPre-treatment and post-treatment of the substrate are the key steps for an outstanding printing result.\n\nPRE-TREATMENT\n\nFirst of all, we have 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Finally, it is easily and completely removed from fabric by rinsing.\n\nThe second phase of pre-treatment consists in providing stability to the dyestuff, especially on cellulosic fibers (rayon viscose and cotton), by prevent the hydrolysis of the reactive inks through an anti-reducing agent like our Isopal GL powder: prevents undesired color changes due to steam, high temperatures and prolonged operation times and also acts as oxidizing agent, stable in strongly alkaline conditions, obtaining a regular oxidation of reducing dyes without over-oxidation.\n\nIn the end, if the printed fabric has been pre-treated, the drying time is reduced and the fixation process is more efficient.\n\nPost-TREATMENT\n\nTo obtain very good fastness and brilliance, we need to remove unfixed dyestuff with specific auxiliaries like soaping, dispersing and fixing agents.\n\nISOPON HDS PLUS is our highly biodegradable specific low foam washing-off agent for printed goods, very effective in the removal of unfixed reactive dyes, even in presence of hard water; it allows a shorter post-treatment, unaltering the shades fastness and their brightness.\nIn case of polyester fibres, ISOPON SPO is our dispersing agent for PES reduction\nclearing step that improves the dyeing fastness prevents oligomers staining \u002F depositing.\n\nLast but not least, we need to properly fix the color by padding. \nOur FISSAT DFI improves the color yield and the crocking fastness values (wet and dry), and doesn’t affect the light fastness.\n\nAll our products for digital printing have an outstanding environmental profile and are approved by the most relevant certification bodies.\n",_rev:"fQ536QPi1jzheMWQcb2bdX",seo:{_type:z,description:"Digital printing is way more flexible and cost-saving than traditional printing: it allows print-on-demand, minimizing waste and by-products, and allows a faster introduction of new designs\u002Fpatterns, without the need for cylinders or flat screens.\nThe production time is considerably shorter, resulting in energy and water savings.\n\nThe environmental impact of digitally printed textiles and garments is remarkably reduced.",title:T},content:[{markDefs:[],children:[{_type:a,marks:[],text:h,_key:"8c8ee498256e"}],_type:b,style:c,_key:"1cd5ca461c68"},{asset:{_ref:"image-767161dc8b810e687fa40f1f0868e629764d8d8c-2000x1333-jpg",_type:j},_type:k,alt:"digital printing quality",_key:"9ff210703110"},{_type:m,index:v,_key:"6c4e07358d36",title:"Why is digital printing considered more sustainable than traditional printing?",content:[{markDefs:[],children:[{_type:a,marks:[],text:"Digital printing sector is growing faster and faster, and both the machinery and the colors are constantly improving their performances and environmental profiles.",_key:"0acd972dc369"}],_type:b,style:c,_key:"8eb836d629af"},{style:c,_key:"a7064cd386d7",markDefs:[],children:[{marks:[],text:h,_key:"a05a247465f60",_type:a}],_type:b},{_key:"885e2491ae8b",markDefs:[],children:[{_type:a,marks:[],text:"Digital printing is way ",_key:"9aa0e2dab1d00"},{_type:a,marks:[d],text:"more flexible and cost-saving",_key:"221fb59e3d0c"},{_type:a,marks:[],text:" than traditional printing: it allows print-on-demand, minimizes waste and by-products, and faster introduces new designs\u002Fpatterns without needing cylinders or flat screens.",_key:"c4309d1c5f55"}],_type:b,style:c},{children:[{_key:"741f8b6752900",_type:a,marks:[],text:"The production time is considerably shorter, resulting in "},{_type:a,marks:[d],text:"energy and water savings",_key:"614d35209040"},{_type:a,marks:[],text:x,_key:"427b25ff49e6"}],_type:b,style:c,_key:"8c1b8ecc4cfd",markDefs:[]},{style:c,_key:"48b7068a71ab",markDefs:[],children:[{marks:[],text:h,_key:"6317b5736da20",_type:a}],_type:b},{style:c,_key:"3076d9a7ffcc",markDefs:[],children:[{text:"The environmental impact of digitally printed textiles and garments is remarkably reduced.",_key:"a129048e24410",_type:a,marks:[]}],_type:b},{_key:"874dd9742924",markDefs:[],children:[{_type:a,marks:[],text:h,_key:"7fa4071b41e70"}],_type:b,style:c},{children:[{_key:"d9137b21343e0",_type:a,marks:[],text:"But how can we control and deliver the "},{_type:a,marks:[d],text:"highest print quality",_key:"dc25852cc835"},{_type:a,marks:[],text:"?",_key:"a2034297087c"}],_type:b,style:c,_key:"6d855a4768ce",markDefs:[]},{_key:"50a8c3c106de",markDefs:[],children:[{_type:a,marks:[],text:h,_key:"493d81b1a5920"}],_type:b,style:c},{_type:b,style:c,_key:"3dd109415f98",markDefs:[],children:[{text:"Many factors influence the final print quality: the complexity of the design, the substrate quality, the inks, and the process itself (printheads, process speed, etc. ) can improve or compromise the final result. 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for example in case of 100% PES dyeing goods, it allows to achieve excellent exhaustion of the disperse dyestuff  at temperatures lower than 130°C, for hanks, bobbins and for fabrics in beam and jet.\nObviously, application at boiling point (OBA) are outstanding, as no pressure equipment needed.\nIt’s perfect for uneven shades recovery, light and wet fastness are not affected and it’s easily removed by washing after dyeing.Moreover it has an excellent dispersing power.\n\nLivester BF has a very good environmental profile because, not only grants energy and time savings, but it’s also free from critical chemicals of concern for human and environmental health (Benzoates free) and it’s completely odorless for improved workplace conditions.\n\n",__i18n_refs:[{ref:{_weak:s,_ref:_,_type:j},_key:_,lang:A}],cover:{_type:k,asset:{_ref:"image-c2d41c92fb2c57ebb4ae892a6b8b51eeb493c991-2000x1333-jpg",_type:j}},_type:t,_createdAt:"2021-08-05T13:53:20Z",showIndex:s,content:[{_type:b,style:c,_key:"ca0e170bd245",markDefs:[],children:[{_type:a,marks:[],text:h,_key:"cf4daaa4943f"}]},{_key:"a1cfbe56b52c",asset:{_ref:"image-8a3b9ef0a2253fa4fb91a37100f7aee493a63b6c-2000x1334-jpg",_type:j},_type:k},{title:"Dyeing Polyester, the most popular synthetic fiber in the world",content:[{_type:b,style:c,_key:"a99022cbd231",markDefs:[],children:[{_type:a,marks:[],text:"In all its variations (virgin, recycled, biobased, etc.), polyester is the most popular synthetic fibre globally.",_key:"bc423a71936b"}]},{_key:"f8cc6ccab65b",markDefs:[],children:[{text:"Since it’s cost-effective, super versatile, and lasts in time, it’s widely used in several textile applications: from fashion to safety garments, automotive and hygiene, and counting.",_key:"5d5f53ff3f510",_type:a,marks:[]}],_type:b,style:c},{_key:"b5d7d2c77594",markDefs:[],children:[{_key:"90a918a7ec980",_type:a,marks:[],text:"The versatility of this fibre is also required in the production stage, and all markets require a high standard of color yield."}],_type:b,style:c},{children:[{_key:"1020097137060",_type:a,marks:[],text:"Polyester is often blended with elastomeric fibres, which require different dyeing conditions to avoid the risk of damage."}],_type:b,style:c,_key:"7dee5282ebb3",markDefs:[]},{children:[{_key:"f6e9178908140",_type:a,marks:[],text:h}],_type:b,style:c,_key:"a0c623e4c59f",markDefs:[]},{style:c,_key:"356488be7c82",markDefs:[],children:[{_type:a,marks:[],text:"To optimize the dyeing process, saving time and energy, preserving the substrate quality and the color yield performance, we developed a polyester dyeing accelerator: Livester BF.",_key:"da82bba729c90"}],_type:b},{markDefs:[],children:[{_type:a,marks:[],text:h,_key:"982ffe7290390"}],_type:b,style:c,_key:"2fff1ae8e396"}],_type:m,index:v,_key:"6f7830053d8e"},{index:w,_key:"984351c82d78",title:"The advantages of using a dyeing accelerator",content:[{_key:"8fdbd5a5726e",markDefs:[],children:[{_type:a,marks:[],text:"Livester BF has outstanding performances for PES fibers and their blends dyeing with dispersing dyestuff; 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Moreover, it has excellent dispersing power.",_key:"b4ae3f1a23f70",_type:a}],_type:b},{children:[{_type:a,marks:[],text:h,_key:"a102984e5f200"}],_type:b,style:c,_key:"3eae871bb24e",markDefs:[]}],_type:m},{content:[{_key:"4311ef39bd8d",markDefs:[],children:[{_type:a,marks:[],text:"Livester BF has an excellent environmental profile because, not only grants energy and time savings, but it’s also free from critical chemicals of concern for human and environmental health (Benzoates free), and it’s completely odorless for improved workplace conditions.",_key:"45cc04cbce16"}],_type:b,style:c},{style:c,_key:"7319567b462f",markDefs:[{_type:V,_key:$,internal:{_ref:U,_type:j}}],children:[{_type:a,marks:[],text:"Livester BF is also approved by the most relevant ",_key:"ed6053825344"},{text:"certification",_key:"29a53e081563",_type:a,marks:[$]},{_type:a,marks:[],text:" bodies.",_key:"51962c691832"}],_type:b}],_type:m,index:E,_key:"8eb5fc041d2c",title:"Livester BF environmental profile"},{style:c,_key:"8c4000a12caf",markDefs:[],children:[{text:"Find out more in the full Livester BF document",_key:"003ee49bbb01",_type:a,marks:[]}],_type:b},{_type:k,_key:"d3380ad9a496",asset:{_ref:Y,_type:j},download:{_type:X,asset:{_ref:"file-6ddd203337334680cfba4ddab506a18210f722fd-pdf",_type:j}}}],__i18n_lang:u,slug:{current:"optimize-polyester-dyeing-process-colors-quality",_type:g},seo:{_type:z,description:"Livester BF has outstanding performances for PES fibers and their blends dyeing with dispersing dyestuff; for example, in the case of 100% PES dyeing goods, it allows to achieve excellent exhaustion of the disperse dyestuff at temperatures lower than 130°C, for hanks, bobbins, and fabrics in beam and jet.\n\n\n\nObviously, applications at boiling point (OBA) are outstanding, as no pressure equipment is needed.\n\n\n\nIt’s perfect for uneven shades recovery, light and wet fastness are not affected, and it’s easily removed by washing after dyeing. 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