Precast Concrete Cladding
Secure, resilient protection for buildings and critical assets
Why Choose Precast Concrete Cladding?
When you need to protect a building from fire, flooding, or accidental impact, precast concrete cladding gives you a proven, low-maintenance solution. Unlike lightweight systems, our panels and walls stand independently on their own foundations or connect neatly to existing steel frames—reducing structural load while maximising protection.
Delivered ready to install on site, precast cladding reduces downtime, reduces risk, and helps you meet tight programme deadlines with confidence.
Key Benefits of Precast Concrete Cladding
Fast installation – Precast units arrive manufactured to the required dimensions and drop straight into place, reducing installation time compared to blockwork or in-situ pours.
Independent from the main structure – Cast-in and bolt-down walls stand on their own base, reducing the load on steel frames and simplifying building design.
Fire resistance – With increased cover to reinforcement, precast cladding can achieve up to 120 minutes of fire protection, making it suitable for critical facilities.
Flood resilience – Panels can be sealed with Sika® Pro 3 or Combiflex® systems to provide an effective barrier in flood-risk zones.
Built to last – Manufactured using C50/C60 concrete with a standard 50-year design life, extendable to 100 years with enhanced detailing.
Versatile layouts – Suitable for data centres, document storage facilities, warehouses, and any project needing internal partitions or external shielding.
Suitable Products For Precast Concrete Cladding
Best for: Internal walls, external shielding, flood protection
A flexible cladding option that can be installed horizontally between steel columns or bolted to the external face. Panels can be sealed for fire or flood resistance and are simple to replace if damaged or if the layout changes.
Heights up to 1.5m per panel, stackable to 6m
Span lengths from 2.5m to 6m
Standard 50-year design life, upgradeable to 100 years
Panels can be detailed for watertight or fire-resistant performance
Best for: Tall cladding walls, fire and flood separation
Designed to be cast into a continuous footing, these panels form tall, freestanding cladding walls without needing extra steelwork. Their durability makes them ideal for projects requiring high walls with a minimal footprint.
Heights up to 6m above ground
Cast into reinforced concrete footings
Robust resistance against surcharge and external forces
Long-term durability with minimal maintenance
Best for: High-exposure sites, long-life cladding projects
Heavy-duty cast-in walls maintain a consistent stem thickness, allowing for increased reinforcement cover and greater resilience. With joint sealing, they can be detailed for fire or flood protection in high-risk environments.
Heights from 1m to 5m
Increased reinforcement cover for durability
Suitable for aggressive exposure classes
Surcharge capacity up to 20 kN/m²
Best for: Internal walls, external shielding, flood protection
A flexible cladding option that can be installed horizontally between steel columns or bolted to the external face. Panels can be sealed for fire or flood resistance and are simple to replace if damaged or if the layout changes.
Heights up to 1.5m per panel, stackable to 6m
Span lengths from 2.5m to 6m
Standard 50-year design life, upgradeable to 100 years
Panels can be detailed for watertight or fire-resistant performance
Best for: Non-standard layouts, critical infrastructure, and specialist projects
For projects with unique requirements – from document storage vaults to high-security facilities, we can design and manufacture bespoke cladding elements. Options include architectural finishes, curved walling, and bases for specialist plant.
Tailored dimensions and profiles
Choice of decorative or functional finishes
Full design, CAD, and mould fabrication service
Value-engineered for cost-effective installation
What to Consider Before You Build Precast Cladding Walls
- Structural Strategy: Standalone or Frame-Supported – Decide early whether the cladding will be independent of the building (bolt-down or cast-in walls) or supported by a steel frame using prestressed panels. Standalone systems reduce load on the main structure, while steel-supported panels integrate easily into portal frame buildings.
- Fire Resistance Requirements – Different buildings require different fire ratings. Precast concrete can achieve up to 120 minutes of fire resistance with increased reinforcement cover. Confirm the required rating for data centres, document storage, or plant rooms so that wall thickness and detailing can be specified accordingly.
- Flood Protection & Joint Sealing – If the cladding serves as a flood barrier or protects critical assets, plan the sealing strategy before installation. Joints can be detailed with Sika® Pro-3, Sikadur-Combiflex®, or hydrophilic strips, depending on whether the wall requires weatherproofing or full watertightness.
- Foundation Type & Bearing Levels – Different products require different base designs: Bolt-down walls are fixed to an RC slab using resin anchors. Vertical cantilever panels are cast into reinforced footings, and HD cast-in walls integrate with new floor slabs. Correct levels and high-quality foundations help maintain stability and watertightness.
- Wall Height, Thickness & Exposure Class – Cladding walls can reach up to 6m, depending on the system chosen. For harsh environments (coastal, industrial, high-risk), increased reinforcement cover and C50/C60 concrete provide better long-term resistance to airborne salts, moisture, and impact.
- Fixing, Lifting & Installation Access – Plan access for cranes, telehandlers, or HIAB’S. Prestressed panels are installed between steelwork in single lifts, while bolt-down and cast-in units require clear access for accurate positioning and anchoring. Tight urban sites or internal fit-outs may need sequencing to prevent interference with existing structures.
- Replacement, Adaptability & Internal Layout – Cladding systems vary in flexibility: Prestressed panels can be removed or replaced if layouts change. Bolt-down and cast-in walls provide permanent, low-maintenance protection. Consider future expansion, service zones, and internal partitions when choosing your system.
- Aesthetic and Surface Finish Requirements – For visible façades or secure storage environments, consider whether you require smooth mould finishes, chamfered edges, architectural textures, or bespoke profiles. Precast provides consistent finishes straight from the mould without the need for additional wet trades.
Cladding Questions We Get All The Time
Yes. Prestressed panels can be bolted to existing steelwork or installed as standalone bolt-down or cast-in walls, making them suitable for retrofit projects.
Prestressed panels can be stacked up to around 6m, while vertical cantilever and HD cast-in units can be cast for similar heights, depending on the design.
Yes. Concrete is non-combustible, and with increased cover to reinforcement, our cladding systems can achieve up to 120 minutes of fire resistance.
Yes. With sealed joints and appropriate detailing, precast cladding walls can form an effective flood barrier or internal protection wall in flood-risk areas.
Standard design life is 50 years, but with extended reinforcement cover and enhanced detailing, walls can reach up to 100 years.