Query: eco and printing

title: DAMPAK LIMBAH CAIR INDUSTRI TEKSTIL TERHADAP LINGKUNGAN DAN APLIKASI TEHNIK ECO PRINTING SEBAGAI USAHA MENGURANGI LIMBAH
abstract: Dampak Limbah Cair Industri Tekstil Terhadap Lingkungan dan Aplikasi Tehnik Eco Printing Sebagai Usaha Mengurangi Limbah. Industri tekstil di Indonesia semakin bertambah seiiring dengan permintaan beragam produk tekstil yang selalu mengikuti tren mode, dan dalam pengolahannya selalu menghasilkan limbah berupa zat cair yang dapat mencemari sungai dan perairan di Indonesia. Oleh karena itu, banyak cara yang dilakukan dalam usaha mengurangi limbah dari industri tekstil. Salah satunya adalah dengan tehnik Eco Print dengan menggunakan zat pewarna alami. Dengan menggunakan eksplorasi tehnik tersebut juga diharapkan meningkatkan nilai jual dan kreativitas dari produk tekstil di Indonesia. Penelitian ini akan dilakukan dengan metode kualitatif desktiptif dengan menggunakan tahapan observasi, studi literatur dan eksperimental.

title: Eco friendly Flexible Wireless Platforms by 3D Printing Pen
abstract: We present a new type of 3D printing pen fabrication of flexible passive UHF (ultra high frequency) RFID (radio frequency identification) platforms. The used 3D printing material is cost effective and fully biodegradable. The tag antenna is fabricated from conductive thread. This antenna and antenna IC interconnections are fixed inside the 3D printed platforms with 3D printed fasteners. Thus, our solution requires no additional process steps or chemicals. For wireless evaluation, the platforms are firstly bended around different size cylinders, with and without a 3D printed top layer. Further, the reliability of the platforms in high moisture is also tested, by keeping the platforms in water for 1 minute. Based on these preliminary tests, our manufacturing method enables establishment of highly reliable eco friendly platforms with excellent wireless performance. The developed solutions have versatile future applications, especially in the field of wearable electronics, where lightweight, cost effective, flexible, and waterproof platforms are needed.

title: Analysis of eco parameters of printed textiles by small scale textile printing units
abstract: In the present study printed fabric samples collected from various small scale printing units were tested for some Eco parameters like formaldehyde, heavy metals, pH, and pentachlorophenol and banned amines. Results obtained showed that these fabric samples were not detected for banned amines, pentachlorophenol and some of the heavy metals like Cd, Hg and Ni whereas the level of Ph, formaldehyde and heavy metals like zinc and chromium in all tested printed fabric samples were also within the permissible limit. However the concentration of copper and lead were found higher than the permissible limits as per Oeko Tex standard.

title: Eco parameter analysis of printed textiles produced in small scale printing units
abstract: In the present study printed fabric samples collected from various small scale printing units were tested for some Eco parameters like formaldehyde, heavy metals, pH, and pentachlorophenol and banned amines. Results obtained showed that these fabric samples were not detected for banned amines, pentachlorophenol and some of the heavy metals like Cd, Hg and Ni whereas the level of Ph, formaldehyde and heavy metals like zinc and chromium in all tested printed fabric samples were also within the permissible limit. However the concentration of copper and lead were found higher than the permissible limits as per Oeko Tex standard.

title: The Reflections of knowledge Vision to Enhance the Dimensions of Eco Innovation A Pilot Study of the opinions of the Number of Employees at Royal Colors Printing and Packaging Company in Sulaymaneia

title: Development of an Eco friendly Ink without Persistent Organic Pollutants and Study of Print Quality for Eco friendly Inks I Print Quality of the Printability Tester

title: silpaphaaphphimphthiiepnmitrkabsphaaphaewdl`m:kaarsraangsrrkhkrabwnkaarphaaphphimphodyaichnamhmakchiiwphaaph Eco Graphic Arts: Creative Process Printing by Bio fermentation EM
abstract: ngaanwcchyn mwtthprasngkheph` 1) sksaakrabwnkaarsraangphlngaanslpaphaaphphmph 2) phthnaakrabwnkaarsraangphlngaanslpaphaaphphmphdwynamhmkchwphaaph aela 3) sraangsrrkhphlngaanslpaphaaphphmphodyaichkrabwnkaarsraangphlngaanslpaphaaphphmphdwynamhmkchwphaaph thaichs`thepnmtrkbskhphaaphaelasngaewdl`m dwykaarthdl`ngname`aanamhmkchwphaaph (EM) maasraangsrrkhphlngaan aichethkhnkhphaaphphmphkhrngedyw (Monoprint) eph`sraangsrrkhaihepnphlngaanslpathmkhnkhaathaangkhwaamngaamthngkrabwnkaarkhdaelakrabwnkaarptbteph`aihaidphlngaanthmkhnphaaph sraangsrrkh aelasngphldt`skhphaaphaelasngaewdl`m. khamsamkhy slpaphaaphphmph namhmkchwphaaph Abstract The objective of this research is 1) to study the creation of graphic arts; 2) to develop the creation of graphic arts by Bio fermentation (EM) and 3) to create the creation of graphic arts by Bio fermentation (EM) with healthy and environmentally by using the monoprint technique in order to create an aesthetic arts with the creative thinking and the practices to produce the creative works and beneficial to health, including the environment.  Eco Graphic Arts; Bio fermentation (EM)

title: Eco printing and dyeing echoes of the 1960s

title: PROPOSAL FOR AN ECO FRIENDLY PRINTING STANDARD AND EEFP (EUROPEAN ECO FRIENDLY PRINTER) CONFIRMATION LABEL AND CERTIFICATION SYSTEM

title: ECO PRINTING STUDIES ON COTTON FABRICS MORDANTED AT DIFFERENT RATIO