INFORMATION
According to the requirements of sustainable development of the United Nations, the packaging bottle is designed in a sustainable and integrated way.

INFORMATION
According to the requirements of sustainable development of the United Nations, the packaging bottle is designed in a sustainable and integrated way.

INFORMATION
According to the requirements of sustainable development of the United Nations, the packaging bottle is designed in a sustainable and integrated way.

INFORMATION
According to the requirements of sustainable development of the United Nations, the packaging bottle is designed in a sustainable and integrated way.

INFORMATION
According to the requirements of sustainable development of the United Nations, the packaging bottle is designed in a sustainable and integrated way.

DESIGN REQUIREMENTS
Sustainable integrated bottle design

YEAR
2019

DESIGN REQUIREMENTS
Sustainable integrated bottle design

YEAR
2019

DESIGN REQUIREMENTS
Sustainable integrated bottle design

YEAR
2019

DESIGN REQUIREMENTS
Sustainable integrated bottle design

YEAR
2019

DESIGN REQUIREMENTS
Sustainable integrated bottle design

YEAR
2019

Design the bottle mouth into a triangle

Design the bottle mouth into a triangle

Design the bottle mouth into a triangle

Design the bottle mouth into a triangle

Design the bottle mouth into a triangle

Concept Bottle Using Atmospheric Pressure

Concept Bottle Using Atmospheric Pressure

Concept Bottle Using Atmospheric Pressure

Concept Bottle Using Atmospheric Pressure

Concept Bottle Using Atmospheric Pressure

Physical Definition

Physical Definition

Physical Definition

Physical Definition

Physical Definition

The manifestation of atmospheric pressure: According to the law of p=p.gh, the density of water is higher than that of air, which results in the pressure difference between the inside and outside of the bottle when the bottle is filled with water. The atmospheric pressure outside the bottle is greater than the pressure of the water inside the bottle, so the water will be tightly compressed by the atmospheric pressure without outflow.

The manifestation of atmospheric pressure: According to the law of p=p.gh, the density of water is higher than that of air, which results in the pressure difference between the inside and outside of the bottle when the bottle is filled with water. The atmospheric pressure outside the bottle is greater than the pressure of the water inside the bottle, so the water will be tightly compressed by the atmospheric pressure without outflow.

The manifestation of atmospheric pressure: According to the law of p=p.gh, the density of water is higher than that of air, which results in the pressure difference between the inside and outside of the bottle when the bottle is filled with water. The atmospheric pressure outside the bottle is greater than the pressure of the water inside the bottle, so the water will be tightly compressed by the atmospheric pressure without outflow.

The manifestation of atmospheric pressure: According to the law of p=p.gh, the density of water is higher than that of air, which results in the pressure difference between the inside and outside of the bottle when the bottle is filled with water. The atmospheric pressure outside the bottle is greater than the pressure of the water inside the bottle, so the water will be tightly compressed by the atmospheric pressure without outflow.

The manifestation of atmospheric pressure: According to the law of p=p.gh, the density of water is higher than that of air, which results in the pressure difference between the inside and outside of the bottle when the bottle is filled with water. The atmospheric pressure outside the bottle is greater than the pressure of the water inside the bottle, so the water will be tightly compressed by the atmospheric pressure without outflow.

A New Bottle Holding Posture

A New Bottle Holding Posture

A New Bottle Holding Posture

A New Bottle Holding Posture

A New Bottle Holding Posture