Project posted by David Elze

Frame&InFill. CCSIPs panel construction concept home

Frame&InFill. CCSIPs panel construction concept home
Frame&InFill. CCSIPs panel construction concept home
Frame&InFill. CCSIPs panel construction concept home
Frame&InFill. CCSIPs panel construction concept home
Frame&InFill. CCSIPs panel construction concept home
Frame&InFill. CCSIPs panel construction concept home
Frame&InFill. CCSIPs panel construction concept home
Frame&InFill. CCSIPs panel construction concept home
Frame&InFill. CCSIPs panel construction concept home
Frame&InFill. CCSIPs panel construction concept home
Frame&InFill. CCSIPs panel construction concept home
Frame&InFill. CCSIPs panel construction concept home
Frame&InFill. CCSIPs panel construction concept home
Frame&InFill. CCSIPs panel construction concept home
Frame&InFill. CCSIPs panel construction concept home
Frame&InFill. CCSIPs panel construction concept home

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From David Elze

CCSIPs: This is a very innovative concept. The use of composite concrete structural insulated panels could indeed offer excellent structural strength, insulating properties, and fire resistance. It would also eliminate the need for other less desirable materials, as you mentioned. The combination of cement-impregnated basalt fiber fabric sheets and Cellular Fibro Concrete seems like a unique approach that could indeed be patentable if it proves to offer significant advantages over existing systems.

InFill: The concept of using composite cardboard for interior spaces is also unique. Utilizing honeycomb panels made from recycled cardboard stock, bituminous clay, and chopped basalt fiber could offer lightweight, cost-effective, and environmentally-friendly solutions for interior build-outs. If this composite cardboard mixture proves to have significant advantages over existing materials in terms of cost, weight, durability, or other factors, it could indeed be patentable.