Utilization Of Carbon Waste Leaf As A Organic Pigment In Whiteboard Spidol Ink

Waste has become one of the problems that until now has not been resolved in the community. One type of waste that is abundant is organic waste in the form of leaves. Based on this fact which demands a creative and innovative way of processing waste into a powerful product. One effort made is the ut...

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Main Authors: Andya Satya Purnomo Putro, Arnetha I Putri, Rizka Nur'ain, Jasmine S.S. Arum
Format: Article
Language:English
Published: Lambung Mangkurat University Press 2018-03-01
Series:Jurnal Fisika Flux
Subjects:
Online Access:https://ppjp.ulm.ac.id/journal/index.php/f/article/view/4467
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spelling doaj-fe3d27d2918f40aa9444bc6710b53e4e2020-11-25T03:47:22ZengLambung Mangkurat University PressJurnal Fisika Flux1829-796X2541-17132018-03-011511510.20527/flux.v15i1.44673973Utilization Of Carbon Waste Leaf As A Organic Pigment In Whiteboard Spidol InkAndya Satya Purnomo Putro0Arnetha I Putri1Rizka Nur'ain2Jasmine S.S. Arum3SPK SMAN Banua Kalsel Bilingual Boarding SchoolSPK SMAN Banua Kalsel Bilingual Boarding SchoolSPK SMAN Banua Kalsel Bilingual Boarding SchoolSPK SMAN Banua Kalsel Bilingual Boarding SchoolWaste has become one of the problems that until now has not been resolved in the community. One type of waste that is abundant is organic waste in the form of leaves. Based on this fact which demands a creative and innovative way of processing waste into a powerful product. One effort made is the utilization of leaf waste as organic color pigment on white board marker ink. Pigment is obtained by reducing leaf waste to homogeneous form of carbon powder that is burning leaf garbage in low oxygen condition then done simple mixing process with other material of ink maker. The resulting ink is tested for transmittance in carbon mass variations in the range from 1 to 6 grams, the results show that the more carbon mass, the lower the intensity of the light passes. The absorption rate test shows that the carbon inks have a speed similar to the ink type on the market, which is 0.081 mm / s. When the performance test of the carbon ink on the white board shows almost the same result of black with commercial ink and can adhere well so it is suitable if applied as white board marker ink.https://ppjp.ulm.ac.id/journal/index.php/f/article/view/4467ink, leaf waste, pigmen
collection DOAJ
language English
format Article
sources DOAJ
author Andya Satya Purnomo Putro
Arnetha I Putri
Rizka Nur'ain
Jasmine S.S. Arum
spellingShingle Andya Satya Purnomo Putro
Arnetha I Putri
Rizka Nur'ain
Jasmine S.S. Arum
Utilization Of Carbon Waste Leaf As A Organic Pigment In Whiteboard Spidol Ink
Jurnal Fisika Flux
ink, leaf waste, pigmen
author_facet Andya Satya Purnomo Putro
Arnetha I Putri
Rizka Nur'ain
Jasmine S.S. Arum
author_sort Andya Satya Purnomo Putro
title Utilization Of Carbon Waste Leaf As A Organic Pigment In Whiteboard Spidol Ink
title_short Utilization Of Carbon Waste Leaf As A Organic Pigment In Whiteboard Spidol Ink
title_full Utilization Of Carbon Waste Leaf As A Organic Pigment In Whiteboard Spidol Ink
title_fullStr Utilization Of Carbon Waste Leaf As A Organic Pigment In Whiteboard Spidol Ink
title_full_unstemmed Utilization Of Carbon Waste Leaf As A Organic Pigment In Whiteboard Spidol Ink
title_sort utilization of carbon waste leaf as a organic pigment in whiteboard spidol ink
publisher Lambung Mangkurat University Press
series Jurnal Fisika Flux
issn 1829-796X
2541-1713
publishDate 2018-03-01
description Waste has become one of the problems that until now has not been resolved in the community. One type of waste that is abundant is organic waste in the form of leaves. Based on this fact which demands a creative and innovative way of processing waste into a powerful product. One effort made is the utilization of leaf waste as organic color pigment on white board marker ink. Pigment is obtained by reducing leaf waste to homogeneous form of carbon powder that is burning leaf garbage in low oxygen condition then done simple mixing process with other material of ink maker. The resulting ink is tested for transmittance in carbon mass variations in the range from 1 to 6 grams, the results show that the more carbon mass, the lower the intensity of the light passes. The absorption rate test shows that the carbon inks have a speed similar to the ink type on the market, which is 0.081 mm / s. When the performance test of the carbon ink on the white board shows almost the same result of black with commercial ink and can adhere well so it is suitable if applied as white board marker ink.
topic ink, leaf waste, pigmen
url https://ppjp.ulm.ac.id/journal/index.php/f/article/view/4467
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