Surface Activation of Polyethylene by Low-pressure Cold Plasma to Improve the Adhesion of Printing Dyes

Luis Marcelo Lopez Lopez; Jorge Isaac Fajardo Seminario; Marlon Xavier Quinde Abril

Surface Activation of Polyethylene by Low-pressure Cold Plasma to Improve the Adhesion of Printing Dyes

Título traducido de la contribución: Activación superficial de polietileno por plasma frío de baja presión para mejorar la adherencia de los tintes de impresión

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Resumen

La siguiente investigación se refiere a la activación por el plasma de bacalao a baja presión en el sustrato de polietileno de baja densidad. Esta mejora de la adherencia surge para las tintas de impresión, con el factor principal aumento de la superficie libre y la rugosidad. Los resultados se midieron con el ángulo de contacto del plasma de oxígeno tratado argón y una mezcla de dicho sustrato. Los mejores resultados con el plasma de argón, que genera un ángulo de contacto de aproximadamente veinte grados equivalente a una energía libre superficial de aproximadamente sesenta y cinco mN/m es mayor energía libre superficial del sustrato encontrado. También se realizaron pruebas de adherencia sobre la superficie tratada con tintes y la superficie inicial, que mostraron una clara mejora con resultado igual al grado %B en ASTM D3359.

Título traducido de la contribución	Activación superficial de polietileno por plasma frío de baja presión para mejorar la adherencia de los tintes de impresión
Idioma original	Inglés estadounidense
Estado	Publicada - 29 may. 2019
Evento	5th International Meeting for Researchers in Materials & Plasma Technology (IMRMPT 2019) - CO Duración: 29 may. 2019 → 31 may. 2019 https://foristom.org/5imrmpt/

Conferencia

Conferencia	5th International Meeting for Researchers in Materials & Plasma Technology (IMRMPT 2019)
Período	29/05/19 → 31/05/19
Dirección de internet	https://foristom.org/5imrmpt/

Palabras clave

3d printing
Activation
Plasma

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title = "Surface Activation of Polyethylene by Low-pressure Cold Plasma to Improve the Adhesion of Printing Dyes",

abstract = "The next investigation concerns the activation by the low-pressure cod plasma on the substrate of low-density polyethylene. This improved adhesion arises for printing inks, with the primary factor increased surface free and roughness. The results were measured with the contact angle of the oxygen plasma treated, argon and a mixture of said substrate. The best results with argon plasma which generates a contact angle of approximately twenty degrees equivalent to a surface free energy approximately sixty five mN/m is higher surface free energy of the substrate found. Adhesion tests were also conducted on the treated with dyes and initial surface, which showed a clear improvement with result equal to the degree \%B in ASTM D3359.",

keywords = "3d printing, Activation, Plasma, 3d printing, Activation, Plasma",

author = "\{Lopez Lopez\}, \{Luis Marcelo\} and \{Fajardo Seminario\}, \{Jorge Isaac\} and \{Quinde Abril\}, \{Marlon Xavier\}",

year = "2019",

month = may,

day = "29",

language = "English (US)",

note = "5th International Meeting for Researchers in Materials \& Plasma Technology (IMRMPT 2019) ; Conference date: 29-05-2019 Through 31-05-2019",

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}

Surface Activation of Polyethylene by Low-pressure Cold Plasma to Improve the Adhesion of Printing Dyes. / Lopez Lopez, Luis Marcelo ; Fajardo Seminario, Jorge Isaac ; Quinde Abril, Marlon Xavier.
2019. Papel presentado en 5th International Meeting for Researchers in Materials & Plasma Technology (IMRMPT 2019).

Producción científica: Contribución a una conferencia › Documento

TY - CONF

T1 - Surface Activation of Polyethylene by Low-pressure Cold Plasma to Improve the Adhesion of Printing Dyes

AU - Lopez Lopez, Luis Marcelo

AU - Fajardo Seminario, Jorge Isaac

AU - Quinde Abril, Marlon Xavier

PY - 2019/5/29

Y1 - 2019/5/29

N2 - The next investigation concerns the activation by the low-pressure cod plasma on the substrate of low-density polyethylene. This improved adhesion arises for printing inks, with the primary factor increased surface free and roughness. The results were measured with the contact angle of the oxygen plasma treated, argon and a mixture of said substrate. The best results with argon plasma which generates a contact angle of approximately twenty degrees equivalent to a surface free energy approximately sixty five mN/m is higher surface free energy of the substrate found. Adhesion tests were also conducted on the treated with dyes and initial surface, which showed a clear improvement with result equal to the degree %B in ASTM D3359.

AB - The next investigation concerns the activation by the low-pressure cod plasma on the substrate of low-density polyethylene. This improved adhesion arises for printing inks, with the primary factor increased surface free and roughness. The results were measured with the contact angle of the oxygen plasma treated, argon and a mixture of said substrate. The best results with argon plasma which generates a contact angle of approximately twenty degrees equivalent to a surface free energy approximately sixty five mN/m is higher surface free energy of the substrate found. Adhesion tests were also conducted on the treated with dyes and initial surface, which showed a clear improvement with result equal to the degree %B in ASTM D3359.

KW - 3d printing

KW - Activation

KW - Plasma

KW - 3d printing

KW - Activation

KW - Plasma

UR - https://foristom.org/5imrmpt/archivos/Abstrac_Book.pdf

M3 - Paper

T2 - 5th International Meeting for Researchers in Materials & Plasma Technology (IMRMPT 2019)

Y2 - 29 May 2019 through 31 May 2019

ER -

Surface Activation of Polyethylene by Low-pressure Cold Plasma to Improve the Adhesion of Printing Dyes

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