Saint-Gobain Building Distribution Ltd

This page summarises award records that name this supplier and the public buyers listed alongside it. Published names are joined when identifiers or close name matches support the link.

Award history

Published records by year

Each row counts award records linked to this supplier. A single procurement can produce more than one award.

Annual award records and published value assigned to this supplier
Year	Awards	Value counted	Values not counted
2024	2	Value not published	2
2023	3	Value not published	3
2018	1	£17,500,000	0

Buyer relationships

Buyer relationships by value counted

Ranked by published value assigned to this supplier, then by award count.

SupplierSaint-Gobain Building Distribution Ltd

Source records

Published awards

6 records linked to this supplier.

Highway and Civil Materials Supply
Buyer: NEWCASTLE CITY COUNCIL
End date in notice
31 Mar 2028
Value shown in notice
£8,742,856Whole award value; not assigned to one supplier
Official source
Open the official Contracts Finder notice for Highway and Civil Materials Supply
About this figure
- This award names more than one supplier but does not divide the published value between them. The figure is shown for context and is not assigned to one supplier.
View record references
Source
Contracts Finder
Award or lot reference
ocds-b5fd17-693bf498-d819-4530-aa77-bc1feac78fe7 / ocds-b5fd17-693bf498-d819-4530-aa77-bc1feac78fe7-1
Framework for the Supply of Civil Engineering Materials, Construction Materials and Timber Products
Buyer: Dorset Council

Saint-Gobain Building Distribution Ltd

Published records by year

Buyer relationships by value counted

Published awards

Highway and Civil Materials Supply

Framework for the Supply of Civil Engineering Materials, Construction Materials and Timber Products

Supply of Civil Engineering and Construction Materials Framework 2023 - 2027

Contract 18 - Timber Supplies 2024-26

VIVID - for the provision of Building Material

Gentoo Group: Mini-competition for Materials Supply Via the Cirrus Consortium Materials Framework