The best packaging envelope for electronic and computer equipment

What is the best packaging envelope for electronic and computer equipment and where to get it? Due to the high sensitivity of electronic devices to electric currents, it is necessary to pack them in such a way as to prevent the accumulation of electric charge and discharge their static electric charge. For this reason, anti-static envelopes are the best option for packing sensitive electronic devices, all kinds of devices and parts related to computers, such as hard drives, RAM, motherboards, chipsets, CPU graphics cards, power supplies, etc., which are subject to damage due to discharge. are electrostatic; is

What is an antistatic envelope?

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Anti-static envelope or anti-static envelope; Due to the use of antistatic plastic and zipper, it is also called antistatic zip cap. This envelope is actually used to store electronic components that are subject to damage due to electrostatic discharge. Anti-static bags and envelopes are usually made of polyethylene terephthalate plastic and have a specific color. The type of polyethylene may also be in the form of foam or bubble wrap, in the form of sheets or bags.

The antistatic cover prevents the accumulation of static electricity by transferring the current of electricity from the surface of objects to the outside. These anti-static nylons have a multi-layer structure consisting of plastic polyethylene terephthalate, mercury, which creates an anti-static cover. This feature helps protect sensitive components and equipment, as static electricity can spark and cause serious damage to electronic devices. In addition, the accumulation of electricity in certain environments may also bring the risk of explosion of flammable materials.

This anti-static protective nylon comes in gray color and three-sided stitching in standard sizes. Imported anti-static protective bags have global electromagnetic standards (EMC), including TTN, ATN, FTN, etc.; This means that these anti-static bags prevent the combustion and explosion of these appliances in case of ESD (Electrostatic Discharge).

What is antistatic and why is it important?

Antistatic is a characteristic or property of materials that prevents the accumulation and sudden discharge of static electricity. Static electricity is a natural phenomenon that is usually caused by contact or friction between two materials and the transfer of electrical charges. This phenomenon can be harmful in many cases, especially in industries that deal with sensitive electronic components or flammable materials. To solve this problem, antistatic materials and packaging have been designed, which play a key role in protecting equipment and the environment.

How is static electricity created?

Static electricity is created when two objects with opposite electrical charges come into contact with each other and then separate. This transfer of charge creates an electric potential on the surface of the object.

• If these charges have no way to discharge, they remain on the surface.
• An electrical discharge (ESD) occurs when a charged object approaches another object that has a different charge.

This discharge can be in the form of a spark or a very small current, but this small amount can cause serious damage to sensitive electronic components.

Why should we use anti-static packaging?

Antistatic packaging is designed to protect parts and equipment sensitive to static electricity. The importance of using this type of packaging is determined in the following cases:

1. Protection of sensitive electronic components

Many electronic components such as printed circuit boards (PCBs), chipsets, and memories are highly vulnerable to static electricity discharge. A small discharge can cause these parts to burn or permanently fail. Antistatic envelopes prevent these discharges.

2. Maintain equipment performance

Static electrical discharge may cause malfunction of electronic devices. Antistatic packaging helps to maintain the stable performance of these devices.

3. Prevent explosion hazards

In environments dealing with flammable materials (such as the chemical industry), the build-up of static electricity can lead to sparks and explosions. Using antistatic packaging helps to prevent these risks.

4. Increasing safety in transportation and storage

When transporting or storing electronic components, using anti-static packaging prevents damage to the equipment due to electrical discharge.

Buy and price of antistatic bag

There is no ability to produce these envelopes in Iran, but there are sellers who directly import these anti-static bags. The price of these envelopes starts from 1,400,000 per kilo (one million and four hundred thousand tomans), but due to the fluctuations of the dollar, the price of this product may change. It is better to buy antistatic envelopes from sellers who are direct importers; Because you get this anti-static envelope directly from the importer at the lowest price.

Antistatic bag applications

Electronics and equipment sensitive to static electricity are used in many industries and devices. Each of these appliances requires protection against static electricity discharge to function properly. The specific uses of this equipment are mentioned below:

1. Sensitive electronic equipment

Critical components that require strict protection against electrical discharge.

• Chipsets
• printed circuit boards (PCB)
• Processors (CPU and GPU)
• Graphics cards

2. Computer accessories

Equipment that forms the main basis of computer devices.

• Hard Drives
• SSD disks
• RAM memories
• Motherboards

3. Medical supplies

Sensitive electronic components used in medical equipment for diagnosis and treatment.

• Internal boards of heart monitoring devices
• Sensors of imaging devices such as MRI and CT-Scan
• Artificial respiration equipment
• Sensitive laboratory devices

4. Telecommunication equipment

Devices designed to transmit and manage communication data.

• Network and telecommunication boards
• Modems and routers
• Wireless antennas
• Fiber optic equipment

5. Smart car parts

Accessories used in electronic systems of modern and smart cars.

• Electronic Control Units (ECU)
• Parking sensors
• Rear view cameras
• GPS navigation systems

6. Electronic consumer products

Appliances that are widely used in daily life.

• Mobile phones
• Digital cameras
• Game consoles
• Laptops and tablets

7. Military and space equipment

Parts used in harsh environments for surveillance and security.

• Satellite sensors
• Radar systems
• Electronic components of missiles and guidance equipment
• Thermal monitoring equipment

8. Precision and laboratory instruments

Instruments used for measurement and analysis in industrial and scientific environments.

• Oscilloscopes
• Multimeters
• Calibration equipment

9. Robotic equipment

Parts used in industrial automation and advanced robots.

• Industrial robot sensors and control units
• Smart engines
• Production line processors

10. Renewable energy equipment

Parts that are used in the management and exploitation of sustainable energy sources.

• Solar inverters
• Battery charge controllers
• Energy storage units

Types of antistatic packaging

Antistatic packaging is one of the essential methods to protect sensitive electronic components against static electricity discharge. These packages are produced with different designs for various applications.

• Transparent antistatic envelope

These envelopes have a transparent design that allows users to view the contents of the envelope without opening the package. This feature is especially useful when parts need to be checked quickly. The transparent antistatic envelope is usually used to store sensitive electronic components such as printed circuit boards and chipsets.

• Antistatic aluminum envelopes

These types of envelopes are made of a durable aluminum layer that provides very high protection against electrical discharge, moisture, dust and light. Due to its high strength and safety, antistatic aluminum envelopes are commonly used for more sensitive components such as processors, graphics cards, and integrated circuits.

• Zip or push pocket

Antistatic zippered envelopes are designed with the ability to open and close multiple times and are very easy for users to use. These models are especially suitable for storing small and sensitive parts such as capacitors, diodes, transistors and USB memory sticks. The zippered ability of these envelopes helps to maintain the quality of the parts for a long time.

Sizing of anti-static envelopes

Advantages of using antistatic envelopes

Antistatic envelopes are vital tools for protecting sensitive electronic components from static electricity discharge. In addition to safety, these envelopes have many advantages that play an important role in maintaining the quality and performance of equipment.

• Prevent static electricity discharge (ESD)

Specially designed antistatic envelopes prevent the accumulation of electrical charges on the surface and their sudden transfer. This feature prevents damage to sensitive parts such as chipsets, motherboards and computer memory.

• Protection against environmental factors

In addition to draining electricity, these envelopes prevent moisture, dust and pollution from entering the package. For this reason, electronic components are kept in ideal condition.

• Increase the life of parts

By preventing damage caused by static electricity and environmental factors, antistatic envelopes help to increase the life of components and reduce the possibility of failure.

• Versatile and practical design

Antistatic envelopes are produced in different types, such as zippered, aluminum and transparent, which meet the diverse needs of users and make them easier to use.

• Compatibility with different industries

These envelopes are used in various industries, including electronics, medicine, telecommunications and automotive, and protect sensitive parts from the dangers of static electricity.

• Ease of transportation and storage

Anti-static envelopes with a resistant and safe design make it possible to transport and store electronic components without the risk of damage.

• Protection in hazardous industrial environments

In environments where there are flammable or explosive materials, these envelopes provide additional safety by preventing sparks.