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CSA C368.1:14 (R2023) – Energy performance of room air conditioners

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125

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CAN/CSA-C373-14 (R2024) – Energy performance and water consumption of household dishwashers

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156

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CAN/CSA-C370-13 (R2022) – Cooling performance of portable air conditioners

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214

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CSA C374:11 (R2021) – Energy performance of hot tubs and spas

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219

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CAN/CSA-C380-11 (R2021) – Test procedure for the measurement of energy consumption of set-top boxes (STBs)

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252

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CAN/CSA-C381.1-17 (R2022) – Energy performance of external ac-dc and ac-ac power supplies

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125

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CSA C381.2:17 (R2022) – Energy performance of battery-charging systems and uninterruptible power supplies

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CAN/CSA-C448 SERIES-13 – Design and installation of earth energy systems

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394

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CSA C383:13 (R2023) – Energy performance of displays

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139

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ISO 5834:2019

ISO 5834:2019 Implants for surgery – Ultra-high-molecular-weight polyethylene – Part 3: Accelerated ageing methods

CDN $82.00

SKU: 573c42ccc07e Categories: ,

Description

This document specifies a test method for investigating the oxidative stability of ultra-high-molecular-weight polyethylene (UHMWPE) materials as a function of processing and sterilization method. This document describes a laboratory method for accelerated ageing of UHMWPE specimens and components for total joint prostheses. The UHMWPE is aged at elevated temperature and at elevated oxygen pressure, to accelerate oxidation of the material and thereby allow for the evaluation of its potential long-term chemical and mechanical stability.

Edition

2

Published Date

2019-02-12

Status

PUBLISHED

Pages

4

Language Detail Icon

English

Format Secure Icon

Secure PDF

Abstract

This document specifies a test method for investigating the oxidative stability of ultra-high-molecular-weight polyethylene (UHMWPE) materials as a function of processing and sterilization method. This document describes a laboratory method for accelerated ageing of UHMWPE specimens and components for total joint prostheses. The UHMWPE is aged at elevated temperature and at elevated oxygen pressure, to accelerate oxidation of the material and thereby allow for the evaluation of its potential long-term chemical and mechanical stability.

Previous Editions

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