CPV class

31660000: Carbon electrodes

1 UK public contract under 31660000 ends in the next 18 months. Get the new tenders filed under it every weekday morning.

11
Contracts since 2023
3
Buyers
1
Ending in 18 months

Find tenders for your company

Paste your website and we score this week’s UK public sector tenders against it, each with a reason. Free, no sign-up.

1 contract under 31660000 ending in the next 18 months

The one ending soonest, with the supplier that holds it now. End dates come from the original award notices, so each one is a re-tender with a date on it.

Get these as they come up

What 31660000 covers

CPV code 31660000 is "Carbon electrodes", a class in the Common Procurement Vocabulary used to classify UK public sector contracts. It, or a more specific code beneath it, was used on 11 UK public contracts since 2023, awarded by 3 buyers, most often NHS Supply Chain Operated by Supply Chain Coordination Ltd (SCCL) and NHS Supply Chain. The typical contract was worth about £16k.

One of the 9,454 official CPV codes. Not sure it is the right one? Describe your work and the finder suggests the codes that match.

A weekly email of these tenders, and occasional emails about Tender Radar. We ask you to confirm first, and you can unsubscribe with one click. Privacy

UK public contracts since 2023

How buyers use 31660000

Contracts
11
Buyers
3
Typical value
£16k
Ending in 18 months
1

By year of award: 2023 10 · 2024 0 · 2025 1 · 2026 0. Figures as of 6 November 2026. Typical value is the median of single-supplier contracts with a published value (1).

Recent contracts under 31660000

Get the new tenders filed under 31660000Every weekday before 9am, 30 days free

Where it sits

Codes above 31660000

  1. 31000000Electrical machinery, apparatus, equipment and consumables; lighting
  2. 31600000Electrical equipment and apparatus
  3. 31660000Carbon electrodes

See the whole market in electrical equipment and lighting contracts, with buyers, suppliers and contracts ending soon.

More specific

Codes beneath 31660000

None. 31660000 is as specific as the vocabulary goes for carbon electrodes.

Questions

About CPV code 31660000

What is CPV code 31660000?

CPV code 31660000 is "Carbon electrodes", a class in the Common Procurement Vocabulary used to classify UK public sector contracts. It, or a more specific code beneath it, was used on 11 UK public contracts since 2023, awarded by 3 buyers, most often NHS Supply Chain Operated by Supply Chain Coordination Ltd (SCCL) and NHS Supply Chain. The typical contract was worth about £16k.

Which codes sit above and below 31660000?

31660000 sits under 31000000 (Electrical machinery, apparatus, equipment and consumables; lighting), then 31600000 (Electrical equipment and apparatus). It has no more specific codes beneath it.

Who wins contracts under CPV code 31660000?

The suppliers named most often on UK public contracts under 31660000 since 2023 are Nissha Medical Technologies LTD (8), Philips Electronics UK LTD (8), Fannin (UK) Limited (7). 40 different suppliers have won work under this code.

How do I get alerts for tenders using CPV code 31660000?

Add 31660000 to a Tender Radar profile, with keywords that describe your work. Each weekday morning you get the new UK public sector notices that match, scored for fit. Because codes cover the codes beneath them, adding 31660000 also catches notices classified under its more specific codes.

How to cite this data

Tender Radar (2026) CPV code 31660000: Carbon electrodes [Dataset]. Professor AI. Available at: https://tender-radar.co.uk/cpv-codes/31660000-carbon-electrodes (Accessed: 7 November 2026).

The figures change as notices are published, so the citation carries the date you read them.

Relative dates (such as “in 6 days”) count from 7 November 2026, when this page was built.

Get the tenders filed under 31660000

Tender Radar reads every new UK public sector notice each morning and emails you the ones that match your codes and keywords, scored for how well they fit. 30 days free.

30 days free. No card required to start.