Depth sensing nanoindentation Instrument

University of PortsmouthcontractContracts FinderRef 18/SJM/18SME suitablecomplete
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Estimated value

£140k

Awarded value

£145k

Awarded 25 Jan 2019

Suppliers

1

Lots

1

1 awarded

Published

31 Jan 2019

Deadline 14 Nov 2018

Description

Depth Sensing Nanoindentation University of Portsmouth The School of Mechanical and Design Engineering requires a new depth sensing nanoindentation instrument for mechanical and tribological measurements. The school is looking for a supply, installation and commissioning of instrumented nanoindentation unit along with accessories, data acquisition and analysis software as per specifications given below. The instrument will be used for teaching and research to measure and test various materials including, but not limited to polymers, metals, thin films, biomaterials, woods and composites in both ambient and liquid environments. Nanoindentation instrument for the measurement of hardness, elastic modulus and other material properties of bulk materials, from metals to soft polymers to biomaterials, as well as thin films (< 100 nm). Instrument should be capable to perform dynamic and quasi-static nanoindentation, imaging, and nanoscale scratching and wear testing with industry leading sensitivity, reliability and performance. To Express an Interest in this project please register on the University of Portsmouth In-Tend webpage and express an interest in this project. Please find the weblink for our webpage below: https://in-tendhost.co.uk/port/

Scope

Reference
18/SJM/18
Total value
£140,000 excluding VAT
Commercial tool
Standalone contract
Contract dates
09 Dec 2018 to 30 Jul 2019
CPV classifications
38540000
Particular suitability
Small and medium-sized enterprises (SME)

Submission & procedure

Submission deadline
14 Nov 2018, 12:00 am

Award details

Awarded supplier(s), contract period and value as published in the award notice.

Awarded value

£145k

Award date

25 Jan 2019

Contract start

09 Dec 2018

Contract end

30 Jul 2019

Awarded to