Space capsule houses redefine modern living—compact, sustainable, and efficient. But what materials make them functional, comfortable, and safe?
Five key materials define space capsule houses: galvanized steel frames, fluorocarbon-coated aluminum alloy shells, polyurethane insulation, tempered glass windows, and stainless steel doors—each ensuring durability, efficiency, and style.
Where is galvanized steel main used in space capsule house?
Galvanized steel is zinc-coated steel, created by hot-dip galvanizing—immersing steel in molten zinc for corrosion resistance.So galvanized steel is main used in the core structural framing.
The galvanized steel frame acts as the capsule house's skeleton,providing structural support, stability, and safety. |
Weatherproof :Zinc coating prevents rust for decades, resisting all climates. |
Impact resistant :Absorbs shocks effectively, enhancing structural safety. |
Low maintenance:Saves repair costs/time with long-term durability. |
Where is fluorocarbon-coated aluminum alloy main used in space capsule house?
Aluminium alloy blends aluminium with magnesium/silicon, creating a lightweight metal. For corrosion protection, a PVDF fluorocarbon coating chemically bonds to the surface, resisting UV rays, acid rain, and salt spray.So fluorocarbon-coated aluminum alloy is main used in the exterior cladding and modular shell.
Space capsule houses' exterior features a durable aluminum alloy shell that withstands sun, wind, and rain while maintaining its modern look for years. |
30+ Year UV Protection:Resists fading, scratches, and weather damage. |
Lightweight Yet Strong:2.7g/cm³ density withstands extreme winds/impacts. |
Easy Installation:Enables fast on-site assembly with minimal tools.- |
Where is polyurethane insulation main used in space capsule house?
Polyurethane is an expanding foam commonly called polyurethane insulation or spray foam. It can also be found as rigid insulation boards (PUR) or polyisocyanurate boards (PIR).So polyurethane insulation is main used in the interior walls and roofing.
Polyurethane foam insulation lines your capsule house's walls and roof, maintaining stable indoor temperatures year-round—keeping interiors comfortable in any weather. |
High thermal eficiency: (0.022 W/m·K) ,Slashes energy bills by blocking heat transfer |
Thickened design:50-100mm Thickness,Maintains ideal temperatures year,round (winter warmth/summer coolness) |
Moisture control :Prevents humidity buildup in compact living spaces |
Eco-options:Recycled/biobased materials reduce environmental impact |
Where is tempered glass main used in space capsule house?
Tempered glass is heat-treated at 600°C then rapidly cooled, making it 5x stronger than regular glass. When broken, it crumbles into safe, blunt pieces instead of dangerous shards.So tempered glass is main used in the windows & skylight.
Tempered glass in capsule house skylights and triple pane windows optimizes natural light while regulating temperature ,enhancing comfort and cutting energy costs. |
Triple pane Efficiency:Low-E coating reduces energy costs by 30% with superior insulation |
Noise reduction:Laminated layers block 90% of urban noise (tested to 35dB reduction) |
Smart light control:Maximizes natural light while minimizing heat gain/loss |
Sleek modern design:Frameless options create illusion of 20% more space |
Where is stainless steel main used in space capsule house?
Painted stainless steel is main used in the entrance door.
Painted stainless steel capsule house doors feature top/bottom hinges for smooth operation and weatherproof durability against wind, rain, and UV exposure. |
10-15 year rust proof:Withstands coastal/salty air corrosion. |
All-weather protection:UV-resistant paint prevents fading/scratches. |
Design flexibility:50+ color/texture options maintain sleek aesthetics. |
For optimal performance in space capsule houses, prioritize galvanized steel frames (weather-resistant), PVDF-coated aluminum panels (UV-proof), triple-pane tempered glass (safety/insulation), and high-density polyurethane foam (thermal/moisture control). These materials ensure durability, energy efficiency, and modern aesthetics in compact living.
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