Honeycomb Paper Packaging VS Small Bubble Cloth Packaging
- Categories:News
- Time of issue:2022-04-07 08:00
摘要:At present, more than 120 countries and regions in the world have proposed carbon neutrality targets. Among them, most of them are planned to be realized in 2050, such as the European Union, Britain, Canada, Japan, New Zealand, South Africa, etc. US President Biden has made it clear that he will commit to achieving carbon neutrality by 2050. Some countries plan to achieve carbon neutrality earlier.
For example, Uruguay proposed to achieve carbon neutrality in 2030, Finland in 2035, Iceland and Austria in 2040, and Sweden in 2045. Suriname and Bhutan have achieved carbon neutrality targets in 2014 and 2018, respectively, entering the era of negative emissions. China recently announced its efforts to achieve carbon neutrality by 2060.
Carbon neutral
"Carbon" refers to natural resources composed of carbon elements such as petroleum, coal, and wood. The most common is the carbon dioxide released during the driving process. A large-displacement car that travels 20,000 kilometers in a city each year releases 2 tons of carbon dioxide. For every liter of fuel burned by the engine, 2.5 kg of carbon dioxide is released into the atmosphere.
Buffer packaging transportation
The transportation process of cushion packaging will cause carbon dioxide emissions. Small bubble cloth, a pre-inflated consumable material, occupies a large transportation space and will increase the number of transportation. Trucks will emit a large amount of carbon dioxide during transportation.
WiAIR cushion paper pads and honeycomb paper occupies a low rate of transportation space and are convenient for storage. The reduction in transportation times reduces carbon dioxide emissions.
In contrast, WiAIR cushioning paper cushion consumables of the same specification and quantity are transported less frequently than small bubble cloth, which can reduce gasoline consumption and carbon dioxide emissions. For export by sea, it can also reduce coal consumption and transport more buffer packaging.
Honeycomb paper packaging VS small bubble cloth packaging
Not only the consumables themselves can save storage space, but compared to the small bubble cloth, cushion paper pads and honeycomb paper save more consumables, avoiding excessive packaging caused by excessive bulk and not occupying transportation space.
Use small bubble cloth and honeycomb paper to compare the amount of consumables and space occupied by packaging the same electronic product.
Low consumption of honeycomb paper consumables
Small bubble cloth packaging mobile phone Honeycomb paper packaging mobile phone
Small bubble cloth packaging items are larger than honeycomb paper, which takes up a lot of space
Honeycomb Paper Packaging VS Small Bubble Cloth Packaging
摘要:At present, more than 120 countries and regions in the world have proposed carbon neutrality targets. Among them, most of them are planned to be realized in 2050, such as the European Union, Britain, Canada, Japan, New Zealand, South Africa, etc. US President Biden has made it clear that he will commit to achieving carbon neutrality by 2050. Some countries plan to achieve carbon neutrality earlier.
For example, Uruguay proposed to achieve carbon neutrality in 2030, Finland in 2035, Iceland and Austria in 2040, and Sweden in 2045. Suriname and Bhutan have achieved carbon neutrality targets in 2014 and 2018, respectively, entering the era of negative emissions. China recently announced its efforts to achieve carbon neutrality by 2060.
Carbon neutral
"Carbon" refers to natural resources composed of carbon elements such as petroleum, coal, and wood. The most common is the carbon dioxide released during the driving process. A large-displacement car that travels 20,000 kilometers in a city each year releases 2 tons of carbon dioxide. For every liter of fuel burned by the engine, 2.5 kg of carbon dioxide is released into the atmosphere.
Buffer packaging transportation
The transportation process of cushion packaging will cause carbon dioxide emissions. Small bubble cloth, a pre-inflated consumable material, occupies a large transportation space and will increase the number of transportation. Trucks will emit a large amount of carbon dioxide during transportation.
WiAIR cushion paper pads and honeycomb paper occupies a low rate of transportation space and are convenient for storage. The reduction in transportation times reduces carbon dioxide emissions.
In contrast, WiAIR cushioning paper cushion consumables of the same specification and quantity are transported less frequently than small bubble cloth, which can reduce gasoline consumption and carbon dioxide emissions. For export by sea, it can also reduce coal consumption and transport more buffer packaging.
Honeycomb paper packaging VS small bubble cloth packaging
Not only the consumables themselves can save storage space, but compared to the small bubble cloth, cushion paper pads and honeycomb paper save more consumables, avoiding excessive packaging caused by excessive bulk and not occupying transportation space.
Use small bubble cloth and honeycomb paper to compare the amount of consumables and space occupied by packaging the same electronic product.
Low consumption of honeycomb paper consumables
Small bubble cloth packaging mobile phone Honeycomb paper packaging mobile phone
Small bubble cloth packaging items are larger than honeycomb paper, which takes up a lot of space
- Categories:News
- Time of issue:2022-04-07 08:00
At present, more than 120 countries and regions in the world have proposed carbon neutrality targets. Among them, most of them are planned to be realized in 2050, such as the European Union, Britain, Canada, Japan, New Zealand, South Africa, etc. US President Biden has made it clear that he will commit to achieving carbon neutrality by 2050. Some countries plan to achieve carbon neutrality earlier.
For example, Uruguay proposed to achieve carbon neutrality in 2030, Finland in 2035, Iceland and Austria in 2040, and Sweden in 2045. Suriname and Bhutan have achieved carbon neutrality targets in 2014 and 2018, respectively, entering the era of negative emissions. China recently announced its efforts to achieve carbon neutrality by 2060.
Carbon neutral
"Carbon" refers to natural resources composed of carbon elements such as petroleum, coal, and wood. The most common is the carbon dioxide released during the driving process. A large-displacement car that travels 20,000 kilometers in a city each year releases 2 tons of carbon dioxide. For every liter of fuel burned by the engine, 2.5 kg of carbon dioxide is released into the atmosphere.
Buffer packaging transportation
The transportation process of cushion packaging will cause carbon dioxide emissions. Small bubble cloth, a pre-inflated consumable material, occupies a large transportation space and will increase the number of transportation. Trucks will emit a large amount of carbon dioxide during transportation.
WiAIR cushion paper pads and honeycomb paper occupies a low rate of transportation space and are convenient for storage. The reduction in transportation times reduces carbon dioxide emissions.
In contrast, WiAIR cushioning paper cushion consumables of the same specification and quantity are transported less frequently than small bubble cloth, which can reduce gasoline consumption and carbon dioxide emissions. For export by sea, it can also reduce coal consumption and transport more buffer packaging.
Honeycomb paper packaging VS small bubble cloth packaging
Not only the consumables themselves can save storage space, but compared to the small bubble cloth, cushion paper pads and honeycomb paper save more consumables, avoiding excessive packaging caused by excessive bulk and not occupying transportation space.
Use small bubble cloth and honeycomb paper to compare the amount of consumables and space occupied by packaging the same electronic product.
Low consumption of honeycomb paper consumables
Small bubble cloth packaging mobile phone Honeycomb paper packaging mobile phone
Small bubble cloth packaging items are larger than honeycomb paper, which takes up a lot of space