Packaging Solutions to Prevent Damage Goods
Transporting goods or equipment can be somewhat risky. As efficient as having equipment delivered to a location is, the process involves the risk of damages. Damage prevented by using proper packaging solutions.
During transportation, products can be damaged easily. Some objects are much more fragile than others, and this does lead to inconveniences. With the delivery of broken equipment or damaged goods, inconveniences and losses are incurred.
In transit, a variety of damages can be made. They can be caused by improper packaging, improper storage conditions handling, and so much more. The benefits brought by the availability of transport is often negated by the damages that occur in transit.
How equipment gets Damaged:
There are several ways in which goods can be damaged in transit. Broadly, they can be classified into the following:
Impact or Shock: It is the most common cause of damage, and it does sound rather obvious. Mostly, most equipment facing some shock or impact in transit ends up getting damaged in some way.
The force at which the impact occurs is a deciding factor in such cases. The harder the hit, the more damage can be caused. It can result in a partial or complete loss to the functioning or aesthetics of the equipment.
This type of damage can be caused by mishandling, dropping of products, collisions during transit.
Vibration: Many tools and equipment can be rather sensitive to vibrations. Of course, it does not mean that any vibration will cause damage to the product. There is a certain threshold beyond which the tool cannot withstand vibrations. It is usually the resonant frequency of the object.
When vibrations in transit coincide with the resonant frequency of tools, it can cause some damage and affects highly calibrated components.
Moisture: Moisture can be in a variety of forms, such as leaks, rain, spillages. All of these can be extremely harmful to equipment that is being transported.
It is particularly useful for equipment with electronic components in them. Water can lead to corrosion or even short circuit devices. It can also cause cosmetic damage, and all of these can be rather expensive to reverse.
Dust: Dust is everywhere. We tend to not pay much attention to it, but dust tends to have particularly severe consequences for any equipment that relies on electronics.
Dust tends to block the movement of air. It means equipment with fans can be made to overheat, leading to different kinds of damage. Dust also attracts water, and this can lead to a whole bunch of problems again. Dust can also cause equipment to give inaccurate readings, which can be very problematic.
Static Charges: It is a charge that is developed in electrical components. It can be harmful, causing heat damage and even burns. It tends to degrade internal components over time, shortening the life of equipment or causing instant failure.
Temperature or humidity: Humidity causes problems similar to those caused by excess moisture. Excess heat can cause specific components to melt or become brittle and degrade. It can even damage led displays and screens.
Exposure to continuous differences in temperature can lead to expansion and contraction, which can damage the connection and ultimately lead to failure of the equipment. It can also lead to inaccurate readings.
Poor Handling: It can be considered the same as shock and vibration, but as it is a factor that can ultimately be controlled and prevented, it must be considered.
It is one of the most common methods of damage infliction. It happens due to lapses from the side of the individuals handling the equipment. Wrong Cases or packaging- Bad packaging is one sure-fire way to damage equipment.
For instance, if fragile goods without proper packaging protect them, they will almost certainly be damaged.
It is a lapse that is more common than one would think.
How to prevent this:
A majority of the cases mentioned above can be avoided by using appropriate containers. There are IP-rated containers that can protect equipment from dust, moisture, and temperature conditions.
Using appropriate filler material like foams and foam cushion packing can prevent various damages caused by shock and vibrations.
Insulated containers can offer protection against temperature and humidity variations.
How one can detect damage based on transport:
Damage detection is an essential aspect of receiving transported goods. One can never be sure of the kind of damage a piece of equipment has been through in transit. If one can understand if a piece of equipment has been through tumbles or shock in transit as soon as they received it, they could save much time by immediately replacing the product or claiming reimbursements from the transportation firm.
That’s where Impact Labels come in. These are indicators that can measure the amount of impact that a piece of equipment has taken. Tilt Indicators can tell how much something has been tilted in transit or even shock indicators that can be used to determine if the equipment has been through some significant shock.
These come with indicators that make it easy for anyone to know that improper handling has occurred. It also encourages transporters to be more careful while in transit.
There are several great products out there for this purpose, such as:
ShockWatch Label– With its omnidirectional shock response. It changes colour at the label if shocks beyond a specific g force level.
ShockWatch 2– This single-use impact indicator alerts you if your product has been dropped or not