Improvement of mechanical properties and water resistance of bio-based thermal insulation material via silane treatment

Business & Economics

• Water Resistance 100%
• Thermal Insulation 89%
• Mechanical Properties 73%
• Polylactic Acid 69%
• Insulation 41%
• Thermal Conductivity 22%
• Energy 14%
• Water 13%
• Wood 12%
• Thermal Properties 11%
• Tensile Strength 10%
• Fiber 10%
• Composite Structures 10%
• Physical Properties 9%
• Ethanol 7%
• Fossil Fuels 6%
• Environmental Concern 6%
• Compatibility 6%
• CO2 Emissions 6%
• Safety 5%
• Proportion 4%

Engineering & Materials Science

• Silanes 64%
• Thermal insulation 55%
• Acids 34%
• Mechanical properties 32%
• Composite materials 29%
• Water 27%
• Wood 11%
• Thermal conductivity 11%
• Fibers 8%
• Acetone 7%
• Strength of materials 6%
• Composite structures 6%
• Ethanol 6%
• Fossil fuels 6%
• Fillers 5%
• Thermodynamic properties 5%
• Physical properties 5%
• Energy dissipation 5%
• Tensile strength 5%
• Scanning electron microscopy 4%
• Hot Temperature 3%

Earth & Environmental Sciences

• thermal insulation 67%
• mechanical property 41%
• insulation 31%
• acid 21%
• material 20%
• water 15%
• thermal conductivity 11%
• fiber 8%
• energy 8%
• acetone 6%
• water retention 6%
• tensile strength 5%
• ethanol 5%
• fossil fuel 5%
• physical property 4%
• scanning electron microscopy 4%
• safety 3%
• loss 2%
• effect 2%