News

Promoting Biodiversity at SMET Building Products yard in Newry! 🦋🌼🌿🐝
🌿🐝 Growing Biodiversity at SMET Building Products yard in Newry! 🦋🌼 https://youtube.com/shorts/4vabmRbFRa0?feature=share As part of our ongoing SMET environmental improvement
SMET NHL 3.5 delivery to site_lime mortar lime plaster lime render lime repointing
SMET Delivers Flexible Solutions for Challenging Sites
At SMET Building Products, we know not every building site is large, straightforward, or easy to access. That’s why our delivery services
Seamus Heaney Centre_bauprocalc lime based plasters & SMET NHL 3.5
Restoring Historic Buildings
SMET Building Products Ltd supplies a comprehensive range of sustainable, high-quality natural hydraulic lime (NHL) binders and mortars ideal for
600m2 SMET LiteFlo® Screed _McDaid Screeding _Bullring Centre
SMET LiteFlo® is a Modern High-Performance Lightweight Screed
SMET LiteFlo® combines reduced structural load, fast installation, and a high-quality finish, making it especially effective for timber floors, high-rise,
SMET is BES 6001 Compliant
SMET recertification to BES 6001 awarded by BSI 2026
SMET is delighted to announce its recertification to BES 6001 by the British Standards Institute for the Responsible Sourcing of
Tradilys Protect - Damp Treatment Plaster_application
Tradilys Protect – Damp Treatment Plaster how does it manage problematic masonry?
Tradilys Protect – Damp Treatment Plaster is available from SMET Tradilys Protect Damp Treatment Plaster is a cement-free mortar system
SMET Waste Stream Report Image
SMET Waste Stream Report 2025-2026
Waste Stream Report - Reporting Period: April 2025 – April 2026 Executive Summary Total waste generated during the reporting period was
reduce reuse recycle SMET
Future resource use at end-of-life of SMET Mortar Products
Key ESG & Circular Economy Considerations – Mortar Materials Best Practice: Segregate materials on-site, keep dry, avoid contamination, and prioritise
SMET receives new solar panels
SMET Greenhouse Gas Emissions Performance 2025
We measure our greenhouse gas (GHG) emissions using an energy intensity per tonne approach, allowing us to track efficiency improvements