Please select and order
€56.10
excl. VAT
Add to cart
Norm

ISO 6914:2013

Issue date: 2013 11 21

Rubber, vulcanized or thermoplastic — Determination of ageing characteristics by measurement of stress relaxation in tension

ISO 6914:2013 describes three methods for the measurement of the change of stress in a test piece at a given elongation for the purpose of determining the ageing characte...
Withdrawn: 2021 02 15
Publisher:
International Organization for Standardization
Format:
Digital | 9 Pages
Language:
English
Currently valid:

ISO 6914:2013 describes three methods for the measurement of the change of stress in a test piece at a given elongation for the purpose of determining the ageing characteristics of a rubber.

  • Method A is intended for measurement under continuous strain conditions.
  • Method B is the preferred method for measurement under intermittent strain conditions.

In the case of both methods A and B, a stress relaxometer is used to record the stress at the temperature of ageing.

Method C is an alternative to method B for measurement under intermittent strain conditions in which the test piece is removed from the ageing environment for measurement of the stress at standard laboratory temperature.

ISO 6914:2021
2021 02 15
Rubber, vulcanized or thermoplastic — Determination of ageing characteristics by measurement of stre...
Norm
ISO 6914:2013
2013 11 21
Rubber, vulcanized or thermoplastic — Determination of ageing characteristics by measurement of stre...
Norm
ISO 6914:2008
2008 08 28
Rubber, vulcanized or thermoplastic — Determination of ageing characteristics by measurement of stre...
Norm
ISO 6914:2004
2004 03 30
Rubber, vulcanized or thermoplastic — Determination of ageing characteristics by measurement of stre...
Norm
ISO 6914:1985
1985 04 18
Rubber, vulcanized — Determination of ageing characteristics by measurement of stress at a given elo...
Norm
Expand
Norm
ISO 6914:2021
Issue date : 2021 02 15
Rubber, vulcanized or thermoplastic — Determination of ageing characteristics by measurement of stress relaxation in tension