Learn how to use natural insulation materials to ensure temperature stability year-round, reducing energy needs while providing thermal comfort through sustainable solutions like wood fibre and cork.
Retro EcoWall®
Retro EcoWall® is an advanced system for retrofitting traditional buildings, combining breathable cork-lime plaster, wood fibre insulation, and natural finishes. It provides energy-efficient, moisture-managing insulation for solid walls while preserving historic integrity.
Retro EcoFloor™
Retro EcoFloor™ combines advanced breathable membranes, natural insulation, and airtight solutions to enhance energy efficiency in suspended timber floors, preserving heritage properties while maintaining superior comfort and structural integrity.
Retro EcoLoft
Retro EcoLoft is a complete system for insulating cold ventilated lofts using natural materials. It improves thermal performance, airtightness and moisture control, while maintaining a healthy loft space.
Diasen Diathonite
Diasen Diathonite finished with Diasen Argatherm and natural paint, creates a versatile, natural plaster system that provides superior thermal insulation for both internal and external walls. It enhances thermal comfort while maintaining breathability, making it perfect for eco-friendly building projects.
Redstone Clima Redboard Pro
Redstone Clima Redboard Pro delivers exceptional thermal performance for both internal and external walls alongside an A1 non-combustible fire rating, making it an ideal choice for enhancing energy efficiency and ensuring a comfortable indoor climate in tall buildings.
Natural Fibre Insulation
Natural fibre insulation provides an eco-friendly solution for superior thermal regulation, effective soundproofing, and breathability. Made from sustainable materials like hemp, wool, wood fibre and cellulose, it helps create healthier, energy-efficient buildings.
Natural materials help achieve optimum indoor comfort levels and temperature control; they provide you with warmth in colder winter months and protection against overheating in summer. This effectively reduces the energy demand of the building all year round.