Project Hospital Oxford

Project Report Hospital Redevelopment Oxford

Project Hospital Oxford

Award-winning breather membrane for major hospital upgrade

PROJECT Hospital redevelopment I CLIENT Sheffield Teaching Hospitals I ARCHITECT Steffian Bradley Architects I FACADE CONTRACTOR Mili Construction I LOCATION Oxford I PRODUCT Stamisol Safe One façade breather membrane Euroclass A2-s1,d0

ITP supplied the award-winning Stamisol Safe One breather membrane for a major redevelopment at Churchill Hospital in Oxford. The product was specified for Phase 3 as part of a wide-ranging programme of upgrades. The new facilities include a new-build Cancer Centre, incorporating a surgery and diagnostic centre with 10 state-of-the-art theatres, recovery wards, a high dependency unit and a separate private patient’s wing. Steffian Bradley Architects created the design which includes interlinked blocks built with terracotta tiles, glass curtains of windows, and metal panelling on the site's west side. Contractor, Mili Construction, installed Stamisol Safe One behind the cladding, providing a highly breathable membrane to allow moisture to escape the building and prevent the build-up of condensation in the insulation layer.

A full system for weather proofing and fire safety

Stamisol Safe One also offers outstanding protection against weathering, making it an ideal choice for open-jointed cladding. The membrane has a W1 rating for water tightness, waterproofing of 7,000mm, and UV resistance of 5,000 hours. Its Euroclass A2 fire rating is in keeping with minimum requirements for cladding on high-rise and higher risk buildings.

Stamisol Business unit Manager, Tim Schubert, says:
“Stamisol Safe One has become a widely specified solution for high-rise residential projects, but it’s also increasingly popular for hospitals which are categorised as a higher-risk building under post-Grenfell fire safety regulations. Architects and contractors can choose Stamisol Safe One with total peace of mind as it’s independently age-tested to EN 13501-1 as a full system, including adhesives, to ensure that safety standards aren’t compromised during the installation. Other breather membranes are not age-tested as a full system and therefore can’t offer the same certainty, reliability and durability.” Manufactured by Serge Ferrari, Stamisol Safe One gained industry recognition in 2022 when it scooped Product of the Year in the Façade Design and Engineering Awards.

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DCE CPD Webinar September

Please join our next CPD webinar: Learn about the difference between a Class A2 - W1 and a A1 - W2 membrane, in terms of fire safety and water tightness, as part of a façade system I Which certificates and tests are essential for your façade project?

The Webinar is scheduled for 18th of September / 13.00 - 14.00

Please book your place here

DCE CPD Webinar SeptemberPlease join our next CPD webinar: Learn about the difference between a Class A2 - W1 and a A1 - W2 membrane, in terms of fire safety and water tightness, as part of a façade system I Which certificates and tests are essential for your façade project?The Webinar is scheduled for 18th of September / 13.00 - 14.00Please book your place here
DCE CPD Webinar SeptemberPlease join our next CPD webinar: Learn about the difference between a Class A2 - W1 and a A1 - W2 membrane, in terms of fire safety and water tightness, as part of a façade system I Which certificates and tests are essential for your façade project?The Webinar is scheduled for 18th of September / 13.00 - 14.00Please book your place here

The first façade membrane A2-s1,d0

Stamisol Safe One expands the design freedom for architects in creating facades with maximum fire safety:
— Life-saving membrane by being Euroclass A2-s1,d0
— Resistance to water penetration W1
— Excellent UV resistance, ideal for both open and closed façades

Read more...

The first façade membrane A2-s1,d0Stamisol Safe One expands the design freedom for architects in creating facades with maximum fire safety: — Life-saving membrane by being Euroclass A2-s1,d0— Resistance to water penetration W1— Excellent UV resistance, ideal for both open and closed façadesRead more...
The first façade membrane A2-s1,d0Stamisol Safe One expands the design freedom for architects in creating facades with maximum fire safety: — Life-saving membrane by being Euroclass A2-s1,d0— Resistance to water penetration W1— Excellent UV resistance, ideal for both open and closed façadesRead more...
New

Applications Façades A2

Stamisol Safe One can be used both for closed and partially open vertical façades with up to 50 mm joints or an open area up to 50 % especially for apartment blocks higher than 11 meters, hospitals, retirement homes, rehab centres, universities, schools, nurseries and building floor extensions.

Read more...

Applications Façades A2Stamisol Safe One can be used both for closed and partially open vertical façades with up to 50 mm joints or an open area up to 50 % especially for apartment blocks higher than 11 meters, hospitals, retirement homes, rehab centres, universities, schools, nurseries and building floor extensions.Read more...
Applications Façades A2Stamisol Safe One can be used both for closed and partially open vertical façades with up to 50 mm joints or an open area up to 50 % especially for apartment blocks higher than 11 meters, hospitals, retirement homes, rehab centres, universities, schools, nurseries and building floor extensions.Read more...

A new need for fire safety

In buildings higher than 11 m or high-risk buildings, where mobility may be an issue, fire-fighting control and evacuation is only possible to a limited extent. In order to develop future-oriented concepts in fire safety, the façade membrane is an essential element when incorporated into a wider fire engineering strategy.

Read more...

A new need for fire safetyIn buildings higher than 11 m or high-risk buildings, where mobility may be an issue, fire-fighting control and evacuation is only possible to a limited extent. In order to develop future-oriented concepts in fire safety, the façade membrane is an essential element when incorporated into a wider fire engineering strategy.Read more...
A new need for fire safetyIn buildings higher than 11 m or high-risk buildings, where mobility may be an issue, fire-fighting control and evacuation is only possible to a limited extent. In order to develop future-oriented concepts in fire safety, the façade membrane is an essential element when incorporated into a wider fire engineering strategy.Read more...