kata pengantar
ISO (Organisasi Internasional untuk Standardisasi) adalah aliansi global badan standar nasional (badan anggota ISO). Pengembangan standar internasional biasanya dilakukan melalui komite teknis ISO. Setiap lembaga anggota yang tertarik pada suatu mata pelajaran yang telah dibentuk komite teknisnya berhak untuk diwakili dalam komite tersebut. Organisasi pemerintah dan non-pemerintah internasional yang bekerja sama dengan ISO juga terlibat dalam pekerjaan ini. ISO bekerja sama dengan Komisi Elektroteknik Internasional (IEC) tentang semua masalah standardisasi elektroteknik.

Prosedur yang digunakan untuk mengembangkan dokumen ini dan yang digunakan untuk pemeliharaan lebih lanjut dijelaskan di Bagian 1 dari Petunjuk ISO/IEC. Secara khusus, perhatikan standar persetujuan berbeda yang diperlukan untuk berbagai jenis dokumen ISO. This document has been drafted in accordance with the editing rules in Part 2 dari Petunjuk ISO/IEC (lihat iso.org/directives).

Harap dicatat bahwa isi tertentu dari dokumen ini mungkin memiliki hak paten. ISO tidak bertanggung jawab untuk mengidentifikasi salah satu atau semua paten tersebut. Details of any patent rights identified during the preparation of the document will be in the introduction and/or list of patent claims received by ISO (lihat iso.org/patents).

Any trade names used in this document are information provided for the convenience of the user and do not constitute an endorsement.

Voluntary, related standards and conformity assessment related ISO specific and express the meaning of terminology as well as in relevant ISO technical barriers to trade (TBT) adhere to the principle of the world trade organization (WTO) information, silakan merujuk ke URL berikut:iso.org/iso/foreword.html.

This document has been prepared by Technical Committee ISO/TC 107 (Metallic and Other Inorganic Coatings).

ISO 21164-2018 Pelapis logam dan anorganik lainnya – Lapisan perak dengan sputtering magnetron DC untuk penggunaan teknik – Pengukuran daya rekat lapisan

memperkenalkan
Silver coatings are often specified for their excellent conductivity in optical, electronic and electrical engineering applications. The minimum thickness of silver coatings for optical and electronic applications ranges from 0.1 μm to 1.0μm, depending on the type of application and customer requirements.

The methods for testing adhesion of Ag coatings deposited by DC magnetron sputtering given in this document are considered to have adequate accuracy when used correctly with specimens suitable for a particular method.

The method chosen shall be the one that is expected to produce the most reliable results taking into account the thickness of the coating, the shape and size of the coating material, the substrate and its roughness, dll..

Warnings This document requires the use of substances and/or procedures that may be hazardous to health if appropriate safety measures are not taken. This document does not address any health hazards, safety or environmental issues associated with its use. The user of this document is responsible for establishing appropriate health, safety and environmentally acceptable practices.

ISO 21164-2018 Pelapis logam dan anorganik lainnya – Lapisan perak dengan sputtering magnetron DC untuk penggunaan teknik – Pengukuran daya rekat lapisan

1 jangkauan
This document specifies the method of testing the coating adhesion of sputtered silver coatings for electrical, elektronik, optical and other engineering applications. Engineering applications are defined as applications in which the coating is essentially used for non-decorative purposes.

Although the appearance and suitability of sputtered silver coatings depend on the condition of the substrate, this document does not specify the condition, finish or surface roughness of the substrate prior to deposition. Karena itu, it is the Buyer’s responsibility to specify the surface finish and roughness of the base material to meet the product requirements.

This document specifies the test methods for coatings on sheet and flat objects. Namun, it does not apply to coatings on threads, strips or wires in non-manufactured forms.

2 Acuan normatif

File-file berikut direferensikan dalam teks sedemikian rupa sehingga sebagian atau seluruh konten merupakan persyaratan dokumen ini. Untuk referensi bertanggal, versi hanya kutipan berlaku. Untuk referensi tidak bertanggal, referensi versi terbaru (termasuk revisi apa pun) berlaku.

ISO 2064, Metallic and other Inorganic coatings – Definisi dan praktik yang berkaitan dengan pengukuran ketebalan

ISO 2080, Metallic and other Inorganic coatings — Surface treatments, metallic and other inorganic coatings — Kosakata

ISO 4521, Pelapis logam dan anorganik lainnya – electrolytic silver and silver alloy coatings for engineering use – Spesifikasi dan metode pengujian

3 Istilah dan Definisi
Untuk keperluan dokumen ini, istilah dan definisi yang diberikan dalam ISO 2064, ISO 2080 dan ISO 4521 and the following provisions apply.

3.1 Sputtering

Deposition of material (logam) on a surface by spraying particles of material (logam) from a target using fast ions

3.2 Adhesi

The state in which the coating and the underlying substrate are held together by interfacial forces, which may include valence or interlocking forces or both

Hanya bagian informasi standar yang bersifat publik. Untuk melihat konten selengkapnya, Anda perlu membeli standar melalui saluran resmi.