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Fluffy Natural Packaging: PopcornSo far in our Packaging the Future series we've explored how nature solves the packaging problems of strength, buoyancy and moisture-retention (coconut shells), tough-but-flexible protection (wombat butts) and light tensile strength (ant exoskeletons). Now it's time to look at the softer side of packaging; after all, not all containers need to be tough, and not all packing needs require rigidity. All of the fluffy paddings below are created from solar energy, water, soil minerals and air, unlike their packing counterparts: styrofoam peanuts, foam, polyester fillings, and other plastic-derived materials that use fossil fuels as their basis....<br><br><a href='https://inhabitat.com/packaging-the-future-fluffy-natural-packaging/'>READ ARTICLE</a>1
Fluffy Natural Packaging: FeatherSo far in our Packaging the Future series we've explored how nature solves the packaging problems of strength, buoyancy and moisture-retention (coconut shells), tough-but-flexible protection (wombat butts) and light tensile strength (ant exoskeletons). Now it's time to look at the softer side of packaging; after all, not all containers need to be tough, and not all packing needs require rigidity. All of the fluffy paddings below are created from solar energy, water, soil minerals and air, unlike their packing counterparts: styrofoam peanuts, foam, polyester fillings, and other plastic-derived materials that use fossil fuels as their basis....<br><br><a href='https://inhabitat.com/packaging-the-future-fluffy-natural-packaging/'>READ ARTICLE</a>2
Fluffy Natural Packaging: Kapok TreeSo far in our Packaging the Future series we've explored how nature solves the packaging problems of strength, buoyancy and moisture-retention (coconut shells), tough-but-flexible protection (wombat butts) and light tensile strength (ant exoskeletons). Now it's time to look at the softer side of packaging; after all, not all containers need to be tough, and not all packing needs require rigidity. All of the fluffy paddings below are created from solar energy, water, soil minerals and air, unlike their packing counterparts: styrofoam peanuts, foam, polyester fillings, and other plastic-derived materials that use fossil fuels as their basis....<br><br><a href='https://inhabitat.com/packaging-the-future-fluffy-natural-packaging/'>READ ARTICLE</a>3
Fluffy Natural Packaging: FeathersSo far in our Packaging the Future series we've explored how nature solves the packaging problems of strength, buoyancy and moisture-retention (coconut shells), tough-but-flexible protection (wombat butts) and light tensile strength (ant exoskeletons). Now it's time to look at the softer side of packaging; after all, not all containers need to be tough, and not all packing needs require rigidity. All of the fluffy paddings below are created from solar energy, water, soil minerals and air, unlike their packing counterparts: styrofoam peanuts, foam, polyester fillings, and other plastic-derived materials that use fossil fuels as their basis....<br><br><a href='https://inhabitat.com/packaging-the-future-fluffy-natural-packaging/'>READ ARTICLE</a>4
Fluffy Natural Packaging: KapokSo far in our Packaging the Future series we've explored how nature solves the packaging problems of strength, buoyancy and moisture-retention (coconut shells), tough-but-flexible protection (wombat butts) and light tensile strength (ant exoskeletons). Now it's time to look at the softer side of packaging; after all, not all containers need to be tough, and not all packing needs require rigidity. All of the fluffy paddings below are created from solar energy, water, soil minerals and air, unlike their packing counterparts: styrofoam peanuts, foam, polyester fillings, and other plastic-derived materials that use fossil fuels as their basis....<br><br><a href='https://inhabitat.com/packaging-the-future-fluffy-natural-packaging/'>READ ARTICLE</a>5
Fluffy Natural Packaging: PopcornSo far in our Packaging the Future series we've explored how nature solves the packaging problems of strength, buoyancy and moisture-retention (coconut shells), tough-but-flexible protection (wombat butts) and light tensile strength (ant exoskeletons). Now it's time to look at the softer side of packaging; after all, not all containers need to be tough, and not all packing needs require rigidity. All of the fluffy paddings below are created from solar energy, water, soil minerals and air, unlike their packing counterparts: styrofoam peanuts, foam, polyester fillings, and other plastic-derived materials that use fossil fuels as their basis....<br><br><a href='https://inhabitat.com/packaging-the-future-fluffy-natural-packaging/'>READ ARTICLE</a>6
Fluffy Natural Packaging: MilkweedSo far in our Packaging the Future series we've explored how nature solves the packaging problems of strength, buoyancy and moisture-retention (coconut shells), tough-but-flexible protection (wombat butts) and light tensile strength (ant exoskeletons). Now it's time to look at the softer side of packaging; after all, not all containers need to be tough, and not all packing needs require rigidity. All of the fluffy paddings below are created from solar energy, water, soil minerals and air, unlike their packing counterparts: styrofoam peanuts, foam, polyester fillings, and other plastic-derived materials that use fossil fuels as their basis....<br><br><a href='https://inhabitat.com/packaging-the-future-fluffy-natural-packaging/'>READ ARTICLE</a>7
