Nearly 25% of the equipment and equipment transported by the U.S. military to the Middle East during the Gulf War could not be used, because the packaging of these equipment and equipment cannot withstand the test of fine sand in the desert in the Middle East.
Various advanced equipments are often required to change locations worldwide. As a result, military logistics personnel will encounter many headaches. The above example is one of the most troublesome examples for logistics personnel. Manufacturers spend millions of dollars designing equipment, but often overlook the importance of properly packaging their products before shipping. For example, is the packaging of a weapons system shipped to a nearby military facility for testing and the packaging of a weapon system that is to be stored for 10 years in a Middle East bunker the same? Obviously, the answer is "not the same." However, many manufacturers actually pack the equipment in the same way, regardless of where the equipment will be shipped or how the equipment will be stored.
First, recognize the harmfulness of the environment
Since there are many factors that may adversely affect current weapons, they must be protected from various environmental pressures. It is easier to protect from contamination such as sand and dirt, and corrosion and electrostatic problems pose a greater challenge for protection.
The touch of a product by the human body can generate up to 10,000 volts of static electricity. Ammunition may cause an accidental explosion due to static electricity accumulating in the air. Some packaging materials used daily, such as polyester fibers and cardboard, can greatly increase the accumulation of static electricity.
Second, analyze the limitations of packaging
Encapsulating the product in cellophane bags does not protect the product from moisture and corrosion. The cellophane bag enhances the condensation within the bag, and metal parts encapsulated in the cellophane bag show significant rust in a high-humidity environment for 2 days. This is because the main components of cellophane bags, polyethylene and polypropylene, have porous water permeability, allowing moisture to penetrate through this material.
A product that is wrapped in plastic and then packaged with foam into a wooden box may not be completely resistant to corrosion and static electricity. However, many packaging materials on the market now have excellent moisture and antistatic properties. These packaging materials can meet certain military regulatory requirements such as antistatic, electrostatic shielding, moisture protection, or have all of these capabilities. For example, JDAM, which is stored by the Boeing Company, and the package that directly attacks the bomber's weapon system must maintain the internal humidity below 20%, and the electrostatic charge per square inch should not exceed 1012 ohms within 20 years.
The packaging industry has had tremendous innovation in the past five years because it must keep up with today's modern weapon systems. Protecting the product from falling or impact damage is only the most basic requirement of the package. Some weapon systems are no longer suitable for a certain purpose not because of physical damage caused by a fall, but because of corrosion or other defects caused by natural conditions. Well-designed, simple flexible pouches provide better protection for these natural forces at lower cost than metal containers.
Third, determine the packaging needs
In order to determine the packaging requirements, logistics personnel should consider the conditions of transportation of the equipment and then determine what adverse effects the natural forces may have on the normal use of the equipment. These natural environmental factors may cause mildew in food or clothing, corrosion of metal or electrical wires, and electrostatic damage to capacitors or computer chips. After analysis of packaging needs, it may be necessary to choose a package that protects the packaging from all of these potential hazards.
Various advanced equipments are often required to change locations worldwide. As a result, military logistics personnel will encounter many headaches. The above example is one of the most troublesome examples for logistics personnel. Manufacturers spend millions of dollars designing equipment, but often overlook the importance of properly packaging their products before shipping. For example, is the packaging of a weapons system shipped to a nearby military facility for testing and the packaging of a weapon system that is to be stored for 10 years in a Middle East bunker the same? Obviously, the answer is "not the same." However, many manufacturers actually pack the equipment in the same way, regardless of where the equipment will be shipped or how the equipment will be stored.
First, recognize the harmfulness of the environment
Since there are many factors that may adversely affect current weapons, they must be protected from various environmental pressures. It is easier to protect from contamination such as sand and dirt, and corrosion and electrostatic problems pose a greater challenge for protection.
The touch of a product by the human body can generate up to 10,000 volts of static electricity. Ammunition may cause an accidental explosion due to static electricity accumulating in the air. Some packaging materials used daily, such as polyester fibers and cardboard, can greatly increase the accumulation of static electricity.
Second, analyze the limitations of packaging
Encapsulating the product in cellophane bags does not protect the product from moisture and corrosion. The cellophane bag enhances the condensation within the bag, and metal parts encapsulated in the cellophane bag show significant rust in a high-humidity environment for 2 days. This is because the main components of cellophane bags, polyethylene and polypropylene, have porous water permeability, allowing moisture to penetrate through this material.
A product that is wrapped in plastic and then packaged with foam into a wooden box may not be completely resistant to corrosion and static electricity. However, many packaging materials on the market now have excellent moisture and antistatic properties. These packaging materials can meet certain military regulatory requirements such as antistatic, electrostatic shielding, moisture protection, or have all of these capabilities. For example, JDAM, which is stored by the Boeing Company, and the package that directly attacks the bomber's weapon system must maintain the internal humidity below 20%, and the electrostatic charge per square inch should not exceed 1012 ohms within 20 years.
The packaging industry has had tremendous innovation in the past five years because it must keep up with today's modern weapon systems. Protecting the product from falling or impact damage is only the most basic requirement of the package. Some weapon systems are no longer suitable for a certain purpose not because of physical damage caused by a fall, but because of corrosion or other defects caused by natural conditions. Well-designed, simple flexible pouches provide better protection for these natural forces at lower cost than metal containers.
Third, determine the packaging needs
In order to determine the packaging requirements, logistics personnel should consider the conditions of transportation of the equipment and then determine what adverse effects the natural forces may have on the normal use of the equipment. These natural environmental factors may cause mildew in food or clothing, corrosion of metal or electrical wires, and electrostatic damage to capacitors or computer chips. After analysis of packaging needs, it may be necessary to choose a package that protects the packaging from all of these potential hazards.
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