Guidelines For Electronic Product Storage

There are some basic guidelines for electronic product storage. These guidelines include the Optimum temperature range, Moisture-sensitive packaging, Original packaging, and Desiccant. If you’re unsure, check out these resources. You’ll be surprised at how simple it is to store electronic products safely and effectively. Here’s how. Then, you can take advantage of these tips to ensure the life of your products. And if you want to get started right away, download the free eBook.

Optimum temperature range

The optimum temperature range for electronic products depends on the type of product and its operating environment. Normally, computers and television sets should be stored in an environment of between 10 and 40 degrees Celsius. Other electronic products such as cellphones and video players should be stored at higher temperatures, such as at least 72 degrees. However, there are some exceptions to this rule. Here are some tips on how to keep your electronics safe.

Firstly, understand the purpose of the temperature range. Temperature affects equipment’s performance and lifespan. It varies based on ambient conditions and the amount of heat generated within the device. If a temperature gradient exists, heat is transferred between two adjacent surfaces. This is why the temperature range should be selected carefully. A storage environment is typically between the lowest and highest ambient temperatures, when power is off. During this period, no voltage should be applied to the device.

Moisture-sensitive packaging

The problem of moisture sensitivity is becoming increasingly prevalent. Increased reflow temperatures, the use of plastics, and reduced package body thicknesses are contributing factors. Manufacturers have begun to address the issue with the development of standards such as IPC/JEDEC J-STD-020E and J-STD-033D. These standards offer manufacturers a classification system to address the problem and help to minimize thermal damage to components during the reflow process.

When storing an electronic product, the manufacturer should use moisture-sensitive packaging. A moisture barrier bag, made from multiple layers of plastic or aluminum, is necessary. It prevents oxidation. Zippered plastic bags and ESD bags do not provide moisture protection for these components. Additionally, these types of products must be baked before shipping, which reduces their lifetime. Depending on the product’s moisture sensitivity, manufacturers may only use a moisture-resistant package for a limited period of time.


To protect electronics, place desiccant in storage containers. Typically, this is in the form of silica gel packets placed inside the storage container. You can also place larger desiccant containers on the walls of storage units. You can buy desiccant at most hardware stores, Walmart, or online. Make sure to choose a storage unit that is large enough to accommodate the electronics you plan to store.

A closed package can be contaminated by water vapor in four ways: from the materials within the package, moisture vapor in the air inside the package, or moisture from an external source. Most electronics include a circuit card, a small green square with wired designs and braille on the top. Moisture can cause irreparable damage to electronic products, so it’s important to protect them from moisture.

Original packaging

When storing an electronic product, original packaging will ensure maximum protection. Unlike generic storage boxes, original packaging is designed by the manufacturer to perfectly fit the electronic device. The boxes will also help your electronics stand out in storage because they will likely contain protective packaging. The original box may even be collectible or will increase the value of your electronic device. It’s worth preserving the original box even if you’re just moving it a few miles away.

The original packaging for electronics comes with internal supports that will protect the device during storage and transportation. There are also protective pads to prevent bumps, scratches and chafing. It’s also a good idea to avoid storing your flat-screen television on the floor and cover it with a blanket. This way, you’ll know how much packing material you’ll need for the rest of your electronics. Whether you’re moving or storing them, make sure to follow the manufacturer’s instructions to avoid damage.

Physical damage

The proper storage of electronics is crucial to prevent physical and internal damage. When storing electronics in a box, always ensure to use good-quality packaging and secure all electrical components with proper tapes. High relative humidity can cause significant damage to electronic products. If you are storing electronic products for long periods of time, you may want to consider investing in a storage unit. There are many storage companies that provide various units that will safely and securely store your electronic products.

In addition to the risk of electrostatic discharge, storage environments also cause the risk of physical damage to the electronic products. Computer parts containing electronic circuitry need to be stored in anti-static bags to protect them. Grey anti-static bags are more suitable for this purpose than pink foam bags. Additionally, you can add bubble wrap to these bags to enhance their protection. By following these tips, you can safely store electronic products without worrying about physical damage.

Automated storage systems

There are several different types of automated storage and retrieval systems available in the market. Companies with high inflows and outflows usually opt for automated storage and retrieval solutions. The right solution for your company’s specific requirements will determine the type of storage system to be implemented. In this market study, we have included the major types of systems and outlined the market opportunities in each of these categories. The study also presents the market drivers and restraints.

These systems use computerized technology to handle materials efficiently and rapidly. They can automatically place loads in warehouses or retrieve them from specific storage locations. They use cutting-edge sensor technology to determine which types of materials need to be sorted. Despite these drawbacks, the market for automated storage and retrieval systems is expected to grow at a rate of 9.1% per year. The primary applications for ASRS are in manufacturing and retail warehouses. This technology improves the efficiency of storage and retrieval processes, while offering cost-effective and reliable solutions.