Omar Khalid
Plastic bins with lids can be anti-static, depending on the type of plastic used. Anti-static materials, known as ASP, inhibit triboelectric charging and have a surface resistivity between 10^9 and 10^12 ohms/square. Static dissipative materials, known as BAS, have a surface resistivity between 10^8 and 10^11 ohms/square and are commonly used in plastic packaging. Conductive materials, known as CAS, have a surface resistivity between 10^3 and 10^5 ohms/square and are used in industries that require the prevention of static electricity discharge, such as pyrotechnics and military ordnance transportation. Anti-static plastic bins are commonly used for storing and transporting static-sensitive devices and assemblies, protecting them from ESD damage.
| Characteristics | Values |
|---|---|
| Material | Anti-static polypropylene, conductive styrene, anti-static PVC, anti-static PETG, inherently dissipative PETG, conductive black foam, conductive corrugated plastic, conductive cardboard with impregnated liner, conductive anti-static acrylonitrile butadiene styrene, conductive anti-static polypropylene, anti-static pink polypropylene, blue anti-static polypropylene, electrostatic dissipative polypropylene, blue static dissipative polypropylene |
| Use | Storage and transport of static-sensitive devices and assemblies, including microelectronic parts, circuit boards, and electronic components |
| Features | Stackable, with or without lids and dividers, customizable, reusable, heavy-duty, eco-friendly, non-toxic, odorless, anti-corrosion, conductive, electrostatic discharge safe |
| Colors | Black, pink, blue, colorful |
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What You'll Learn
- ESD plastic bins are used to store and transport static-sensitive devices and assemblies
- Anti-static materials, known as ASP, inhibit triboelectric charging and have a surface resistivity of 10^9 to 10^12 ohms/square
- Static dissipative materials, known as BAS, are used in plastic packaging for electronics and medical equipment
- Conductive materials, known as CAS, are used in industries that work with explosive materials
- Anti-static containers can be customised and are available in various colours and materials
ESD plastic bins are used to store and transport static-sensitive devices and assemblies
Electrostatic discharge (ESD) plastic bins are used to store and transport static-sensitive devices and assemblies. They are designed to protect sensitive electronics from static discharge, which can cause damage to electronic components. These bins are made of conductive plastic, which helps to dissipate static electricity and create a safe environment for storing and transporting electronic devices.
ESD plastic bins are available in various sizes and formats, including open or stackable bins, drawers, and modular cabinets. They are durable and reusable, with some options having a load capacity of up to 40 lbs. These bins are often used in combination with other ESD-safe products, such as anti-static foam or conductive trays, to provide a comprehensive solution for storing and transporting static-sensitive items.
One example of an ESD bin is the conductive ESD plastic bin offered by Lyon. These bins are designed for modular drawers and can be easily lifted out and removed as needed. They are made of high-carbon content anti-static conductive black plastic, which prevents small items from rolling around and getting lost in a drawer. The bins also feature a moulded-in label holder for easy identification of parts.
Another option is the ESD bins and totes offered by ECP Plastic Trays. These injection-moulded conductive bins are heavy-duty and reusable, with a load capacity of 40 lbs. They can be stacked with or without lids, and ESD dividers and trays can be added for further organization. The lids come in two different styles, one that fits inside the bin on a ledge and another that snaps around the perimeter.
ESD bins provide a safe and cost-effective solution for storing and transporting static-sensitive devices and assemblies. By using conductive materials and proper handling procedures, these bins help prevent static discharge, ensuring the protection of sensitive electronic components.
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Anti-static materials, known as ASP, inhibit triboelectric charging and have a surface resistivity of 10^9 to 10^12 ohms/square
Anti-static materials, also known as anti-static packaging (ASP), are used to inhibit triboelectric charging. Triboelectric charging, also known as the triboelectric effect, occurs when two materials are brought into contact and then separated, or slide against each other. This causes a buildup of an electric charge, which is essentially static electricity.
The triboelectric effect is not yet fully understood, but it is known to be influenced by several factors, including the difference in work function (or electron affinity) between the two materials, local curvature, strain and roughness, sliding forces and velocities, the electronic structure of the materials, and the crystallographic orientation of the contacting materials.
Anti-static materials have a surface resistivity of 10^9 to 10^12 ohms/square, which means they can inhibit the triboelectric charging process and prevent the buildup of static electricity. This property is particularly important in industries where static electricity can be a safety hazard or impact the quality of products, such as electronics manufacturing.
ESD (Electrostatic Discharge) bins and totes made of anti-static materials are commonly used to store and transport electronic components and other static-sensitive items. These containers are typically made of plastic with anti-static properties and come in various sizes and styles, including stackable bins with lids. The anti-static property helps protect the contents from static electricity, ensuring they remain safe and functional during storage and transportation.
In addition to anti-static containers, other ESD-safe products include furniture, mats, wrist straps, garments, and packing materials. Together, these products help create a safe environment for working with static-sensitive materials and electronic components.
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Static dissipative materials, known as BAS, are used in plastic packaging for electronics and medical equipment
Plastic bins with lids can be made with anti-static or static dissipative materials. These materials are designed to prevent the build-up of static electricity, which can cause damage to sensitive equipment and electronics, and create hazardous conditions with flammable substances.
Static dissipative materials, known as BAS, are specifically used in plastic packaging for electronics and medical equipment. BAS stands for Blue Anti-Static Polypropylene. It is a sturdy plastic material that dissipates static electricity build-up on its surface. This controlled dissipation of static electricity is essential for protecting sensitive equipment and electronics from electrostatic discharge (ESD) damage.
BAS plastic packaging is commonly used in the electronics industry to protect static-sensitive devices during handling and transport. It minimises initial charge build-up, ensuring that electronic components and devices are not damaged by electrostatic discharge. This type of packaging is also used in cleanrooms, where static control is crucial to maintaining a sterile environment.
In the medical industry, BAS packaging helps safeguard life-saving equipment from malfunction due to static interference. It is also used for medical packaging to protect medications and devices from static electricity, ensuring their safety and functionality.
Additionally, BAS materials are used in industrial packaging and hazardous environments to prevent the ignition of flammable liquids, powders, and gases. The controlled dissipation of static electricity through BAS materials reduces fire and explosion risks in these settings.
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Conductive materials, known as CAS, are used in industries that work with explosive materials
Conductive materials, often referred to as CAS (conductive adhesive sheets), are used in industries that work with explosive materials to prevent static electricity build-up, which can cause sparks and lead to explosions. These industries require anti-static measures from floor to ceiling, including the use of anti-static bags, containers, and foam inserts.
While some people use standard plastic storage containers for their electronic components, others opt for anti-static bags and containers to prevent any issues. These anti-static options are available in various forms, such as bags, bins, and totes, and are made from materials like conductive styrene, anti-static PVC, and anti-static PETG. The use of these conductive materials ensures that static electricity is safely dissipated, reducing the risk of sparks and explosions.
For example, ESD (Electrostatic Discharge) bins and totes are heavy-duty, reusable containers that can hold up to 40 lbs of material. They are designed to be stackable, with or without lids, and can be customized with dividers and trays made from various materials, including conductive black foam and anti-static PVC. These ESD containers have two lid options: one that fits inside the bin and another that snaps around the perimeter.
In addition to the containers themselves, anti-static foam inserts are also available to provide further protection for sensitive electronic components. These foam inserts can be made from materials such as pink polyethylene foam, polyurethane foam, or conductive black foam. By using these conductive materials, industries working with explosive substances can minimize the risk of static electricity discharge, enhancing the safety of their operations.
Overall, the use of conductive materials, such as CAS and anti-static containers, is crucial for industries dealing with explosive materials. By dissipating static electricity, these materials help prevent sparks and explosions, ensuring a safer work environment and reducing the risk of accidents.
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Anti-static containers can be customised and are available in various colours and materials
Custom anti-static containers can be manufactured from a variety of materials, including conductive plastic, corrugated plastic, and other materials such as acrylic, nylon, polycarbonate, thermoplastic polyolefin (TPU), polyvinyl chloride (PVC), polysulfone (PSO), and polypropylene (PP). These containers are often used for storing and shipping electronic devices and can be designed with features such as ruggedness, beveled forks, reinforced corners, and EMI shielding.
In terms of colour options, anti-static containers are available in standard colours like black and pink, as well as custom colours through printing and stamping services. For example, custom printing services can add colours, graphics, and printed designs to anti-static containers. Additionally, secondary services such as foil hot stamping, silk screening, and pad printing can be utilised to further customise the appearance of the containers.
The customisation options for anti-static containers allow for a wide range of applications, including storage, shipping, pharmaceutical, agricultural, and food processing. By choosing the appropriate materials, colours, and features, these containers can be tailored to meet specific industry requirements, such as impact resistance, dimensional stability, and resistance to extreme temperatures, water, fire, dust, and sand.
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Frequently asked questions
Yes, there are plastic bins with lids that are antistatic. These are known as ESD (Electrostatic Discharge) bins and are used for the storage and transport of static-sensitive devices and assemblies.
ESD bins are made of ESD plastic materials. Some examples include ASP-PP (Anti-Static Pink Polypropylene), BAS-PP (Blue Anti-Static Polypropylene), and CAS-PP (Conductive Anti-Static Polypropylene).
Antistatic plastic bins are used to protect electronic components and assemblies from ESD damage during manufacturing, assembly, storage, or shipping. They are necessary when working with ESD-sensitive small components such as microelectronic parts.
There are several companies that offer ESD bins with lids, including Correct Products, ECP Plastic Trays, and YufaPolymer. You can also find ESD bins on websites like Amazon or through custom packaging design companies.
