One of the main concerns with using plastic bottles is [...]. This is created when the dimensions of the bottle increase under pressure, disrupting the carbon dioxide equilibrium and causing lower levels of the dissolved gas. Creep can occur over time if the material is exposed to levels of stress beyond the strength of the material, and will ultimately cause a permanent deformity. Another concern is the high carbon dioxide solubility of PET plastic, which can cause a 1.0%-to-3.0% loss of gas. However, more recent barrier technologies have improved oxygen and carbon dioxide protection up to 45.0%. Barrier technology for oxygen-sensitive beverage and food products involves the application of a thin layer of carbon to the inside of the bottle, providing a barrier against oxygen and carbon dioxide leakage.
Answer
bottle creep
Question
One of the main concerns with using plastic bottles is [...]. This is created when the dimensions of the bottle increase under pressure, disrupting the carbon dioxide equilibrium and causing lower levels of the dissolved gas. Creep can occur over time if the material is exposed to levels of stress beyond the strength of the material, and will ultimately cause a permanent deformity. Another concern is the high carbon dioxide solubility of PET plastic, which can cause a 1.0%-to-3.0% loss of gas. However, more recent barrier technologies have improved oxygen and carbon dioxide protection up to 45.0%. Barrier technology for oxygen-sensitive beverage and food products involves the application of a thin layer of carbon to the inside of the bottle, providing a barrier against oxygen and carbon dioxide leakage.
Answer
?
Question
One of the main concerns with using plastic bottles is [...]. This is created when the dimensions of the bottle increase under pressure, disrupting the carbon dioxide equilibrium and causing lower levels of the dissolved gas. Creep can occur over time if the material is exposed to levels of stress beyond the strength of the material, and will ultimately cause a permanent deformity. Another concern is the high carbon dioxide solubility of PET plastic, which can cause a 1.0%-to-3.0% loss of gas. However, more recent barrier technologies have improved oxygen and carbon dioxide protection up to 45.0%. Barrier technology for oxygen-sensitive beverage and food products involves the application of a thin layer of carbon to the inside of the bottle, providing a barrier against oxygen and carbon dioxide leakage.
Answer
bottle creep
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Open it One of the main concerns with using plastic bottles is bottle creep. This is created when the dimensions of the bottle increase under pressure, disrupting the carbon dioxide equilibrium and causing lower levels of the dissolved gas. Creep can occur over
Original toplevel document
Error the product is eliminated, which in turn lowers the cost of storage and transport. The reduced costs give the companies who can use the technology a competitive advantage over those who cannot. <span>One of the main concerns with using plastic bottles is bottle creep. This is created when the dimensions of the bottle increase under pressure, disrupting the carbon dioxide equilibrium and causing lower levels of the dissolved gas. Creep can occur over time if the material is exposed to levels of stress beyond the strength of the material, and will ultimately cause a permanent deformity. Another concern is the high carbon dioxide solubility of PET plastic, which can cause a 1.0%-to-3.0% loss of gas. However, more recent barrier technologies have improved oxygen and carbon dioxide protection up to 45.0%. Barrier technology for oxygen-sensitive beverage and food products involves the application of a thin layer of carbon to the inside of the bottle, providing a barrier against oxygen and carbon dioxide leakage. Revenue Volatility The level of volatility is Medium The Plastic Bottle Manufacturing industry exhibits a moderate level of revenue volatility, which reflects variations in demand from
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