Coastal Social Housing Refurbishment — Polymer Radiator Casings to Prevent Corrosion & Support Hygiene

Project summary

A social housing provider required a radiator casing solution for properties exposed to high moisture and recurring condensation issues, where previous metal casings had shown early signs of corrosion. Coverad supplied Polymer Radiator Casings as a lightweight, low-maintenance alternative to improve durability and support regular cleaning regimes. 

Sector / location

• Sector: Residential & social housing  
• Setting: Coastal / moisture-prone homes (high humidity areas)

The challenge

• Reduce risk of corrosion in moisture-tolerant environments  
• Provide a hygienic, easy-clean casing finish suitable for routine cleaning  
• Maintain effective airflow and heating performance  
• Speed of installation across multiple properties with minimal disruption

The solution

• Durable high-performance polymer construction to avoid corrosion risk  
• Smooth surface finish designed for regular cleaning  
• Integrated ventilation arrangement to maintain effective airflow and heat output  
• Made-to-measure manufacturing to suit existing radiators and pipework arrangements  
• Wall-mounted or floor-standing configuration selected per room layout  
• Lightweight units for easier handling and faster fitting  

Delivery / implementation

• Survey/measure to confirm radiator sizes and pipework arrangements  
• Batch manufacture for consistent fit across the programme  
• Phased installation by block/plot to minimise resident disruption

Results / outcomes

• Improved durability in moisture-prone locations (corrosion-resistant solution)  
• Easier ongoing cleaning due to smooth, hygienic finish  
• Effective heating performance maintained through integrated ventilation design  
• Faster handling/installation thanks to lightweight polymer construction  

Polymer Radiator Casings provided a corrosion-resistant, hygienic and low-maintenance casing solution for social housing environments where moisture tolerance and durability are critical.