Oberflächentechnik für flexible Displays

H. Ch Langowski

Oberflächentechnik für flexible Displays

Translated title of the contribution: Surface Technology for Flexible Displays

H. Ch Langowski

Freising

Research output: Contribution to specialist publication › Article

4 Scopus citations

Abstract

Flexible displays require a covering layer with first-rate barrier properties towards oxygen and moisture ingress. This is achieved using multilayer systems with inorganic compounds and polymers. One approach is vacuum deposition of multilayers including aluminium, silica, amorphous carbon and alumina. Composite systems also perform well, using vacuum deposition and-conventional painting and laminating. In order to keep costs as low as possible, the number of layers should be kept to a minimum.

Translated title of the contribution	Surface Technology for Flexible Displays
Original language	German
Pages	2800-2807+VI
Volume	94
No	11
Specialist publication	Galvanotechnik
State	Published - Nov 2003
Externally published	Yes

Cite this

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title = "Oberfl{\"a}chentechnik f{\"u}r flexible Displays",

abstract = "Flexible displays require a covering layer with first-rate barrier properties towards oxygen and moisture ingress. This is achieved using multilayer systems with inorganic compounds and polymers. One approach is vacuum deposition of multilayers including aluminium, silica, amorphous carbon and alumina. Composite systems also perform well, using vacuum deposition and-conventional painting and laminating. In order to keep costs as low as possible, the number of layers should be kept to a minimum.",

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language = "Deutsch",

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N2 - Flexible displays require a covering layer with first-rate barrier properties towards oxygen and moisture ingress. This is achieved using multilayer systems with inorganic compounds and polymers. One approach is vacuum deposition of multilayers including aluminium, silica, amorphous carbon and alumina. Composite systems also perform well, using vacuum deposition and-conventional painting and laminating. In order to keep costs as low as possible, the number of layers should be kept to a minimum.

AB - Flexible displays require a covering layer with first-rate barrier properties towards oxygen and moisture ingress. This is achieved using multilayer systems with inorganic compounds and polymers. One approach is vacuum deposition of multilayers including aluminium, silica, amorphous carbon and alumina. Composite systems also perform well, using vacuum deposition and-conventional painting and laminating. In order to keep costs as low as possible, the number of layers should be kept to a minimum.

UR - https://www.scopus.com/pages/publications/0344099455

M3 - Artikel

AN - SCOPUS:0344099455

SN - 0016-4232

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SP - 2800-2807+VI

JO - Galvanotechnik

JF - Galvanotechnik

ER -

Oberflächentechnik für flexible Displays

Abstract

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