Service life of products
The term ‘service life’ is usually applied to products to indicate the period of time over which they can function as they were intended, giving users the service they expect. So, for instance, the service life of a boiler is the length of time it can function as a boiler ie, providing heating and hot water.
Service life may be thought to begin at the point of sale ie, when the customer buys the product, whether in a shop, online or wherever purchased, to the point it is discarded. Some products however, are discarded before the end of their service life for various reasons, including the arrival of better products on the market, boredom or simply a desire for change.
A product said to have a long service life may suffer the occasional breakdown during that time. However, if it can be maintained and repaired to allow it to function as before, it should not normally interfere with the service life. Poor repairs can however, adversely affect service life.
[edit] What can determine service life?
Factors that can determine the service life of a product include:
- Quality of manufacture
- Materials used
- Flexibility in use
- Intensity of use
- Operating/environment conditions
- Care in distribution and use
- Built-in obsolescence
- Maintenance and repairs
Manufacturers can use tools and calculations (reliability analysis and maintainability, for instance) to determine a product’s expected service life. Specifying a product’s service life represents a commitment on the part of a manufacturer which, if seriously overstated, could have financial implications for them.
For most commercial and consumer products, manufacturers commit cautiously to service life, usually staying within a 2-5-year period. But this can depend on the product in question: motor vehicles may have a service life of 150,000 miles or 15 years of service before they are regarded as at the end of their service life.
[edit] The service life of a building
The Home Quality Mark One, Technical Manual SD239, England, Scotland & Wales, published by BRE in 2018, defines the service life of a building as ‘the period of time after installation during which a building, or its part, meets or exceeds the performance requirements.’ See 'service life' for more information.
[edit] Related articles on Designing Buildings Wiki
Featured articles and news
Deputy editor of AT, Tim Fraser, discusses the newly formed society with its current chair, Chris Halligan MCIAT.
Barratt Lo-E passivhaus standard homes planned enmasse
With an initial 728 Lo-E homes across two sites and many more planned for the future.
Government urged to uphold Warm Homes commitment
ECA and industry bodies write to Government concerning its 13.2 billion Warm Homes manifesto commitment.
Places of Worship in Britain and Ireland, 1929-1990. Book review.
The emancipation of women in art.
CIOB Construction Manager of the Year 2025
Just one of the winners at the CIOB Awards 2025.
Call for independent National Grenfell oversight mechanism
MHCLG share findings of Building Safety Inquiry in letter to Secretary of State and Minister for Building Safety.
The Architectural Technology Awards
AT Awards now open for this the sixth decade of CIAT.
50th Golden anniversary ECA Edmundson awards
Deadline for submissions Friday 30 May 2025.
The benefits of precast, off-site foundation systems
Top ten benefits of this notable innovation.
Encouraging individuals to take action saving water at home, work, and in their communities.
Takes a community to support mental health and wellbeing
The why of becoming a Mental Health Instructor explained.
Mental health awareness week 13-18 May
The theme is communities, they can provide a sense of belonging, safety, support in hard times, and a sense purpose.
Mental health support on the rise but workers still struggling
CIOB Understanding Mental Health in the Built Environment 2025 shows.
Design and construction material libraries
Material, sample, product or detail libraries a key component of any architectural design practice.
Construction Products Reform Green Paper and Consultation
Still time to respond as consultation closes on 21 May 2025.
Resilient façade systems for smog reduction in Shanghai
A technical approach using computer simulation and analysis of solar radiation, wind patterns, and ventilation.