Sika roof for Lancashire Cricket Club: waterproofing and thermal notes for designers
Reviewed by Joe Ashwell

First reported on The Construction Index
30 Second Briefing
SikaShield reinforced bituminous membranes have been installed on Lancashire Cricket Club’s new AO Farington ground pavilion, whose triangular, cantilevered roof provides uninterrupted views over two full-size ovals and 36 pitches for up to 5,000 spectators. AMS Cladding used SikaRoof Primer-610 Spray with E74 PE SA 3 mm underlay, HB79 Tex 4 mm capsheet and E79 MG SA 4 mm in Safe2Torch zones to deliver flame-free waterproofing in a green belt setting. Thermal performance is boosted by Sikatherm EPS 200 031 RJ1 insulation, a SikaRoof EPS Filter Layer and a stone ballast finish.
Technical Brief
- SikaShield membranes use polymer-modified bitumen with reinforced layers and protective finishes for durability.
- The system is designed to resist long-term UV exposure and harsh weathering on the exposed pavilion roof.
- Low-temperature flexibility of the bituminous layers reduces cracking risk under winter thermal cycling.
- Strong interlayer adhesion is emphasised to maintain waterproofing continuity over the cantilevered, long-span geometry.
- Sikatherm EPS 200 031 RJ1 boards provide rigid insulation with low water absorption to protect the membrane.
- A SikaRoof EPS Filter Layer limits cold rainwater flow beneath insulation and restricts fines migration.
- Stone ballast finish adds mechanical protection to the membrane while contributing to overall roof stability.
Our Take
Sika’s role at Lancashire Cricket Club’s AO Farington ground pavilion adds to its presence in our database as a materials supplier across both mining (e.g. cemented paste backfill admixtures in gold operations) and civil infrastructure, signalling a strategy of leveraging chemistry know‑how across sectors.
The specified SikaShield and Sikatherm build-up, with multiple membrane thicknesses and EPS 200 031 insulation, positions this UK pavilion in the higher-performance segment of roofing systems, which is increasingly important for community facilities expected to host more than 750 hours of public use annually.
Prepared by collating external sources, AI-assisted tools, and Geomechanics.io’s proprietary mining database, then reviewed for technical accuracy & edited by our geotechnical team.
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