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An ESD (Electrostatic Discharge) plastic box, also known as an
ESD-safe plastic box, is a container made from a plastic material
that possesses anti-static or static-dissipative properties. These
boxes are designed to store and transport electronic components and
devices while minimizing the risk of electrostatic damage. Here are
some key features and considerations regarding ESD plastic boxes:
1.Anti-static or Static-Dissipative Properties: ESD plastic boxes
are manufactured using materials that have low or controlled levels
of electrical conductivity. These materials have anti-static or
static-dissipative properties, which help prevent the buildup and
discharge of static electricity. The plastic used may be
impregnated with conductive additives or have a surface coating
that provides the desired ESD characteristics.
2.ESD Protection: The primary purpose of ESD plastic boxes is to
protect sensitive electronic components from electrostatic
discharge (ESD) damage. By utilizing anti-static or
static-dissipative materials, these boxes create a controlled
environment that helps to limit or dissipate any static charges
that may be present, reducing the risk of ESD-related issues.
3.Physical Protection: ESD plastic boxes offer physical protection
to the stored components. They are designed to be durable and
resistant to impact, providing a protective barrier against shocks,
vibrations, and external contaminants. Some ESD plastic boxes may
come with foam inserts or cushioning materials to further safeguard
the components during transportation or storage.
4.Size and Configuration: ESD plastic boxes are available in
various sizes and configurations to accommodate different types and
quantities of electronic components. They may feature compartments,
dividers, or removable trays to facilitate organization and prevent
the components from coming into contact with each other, reducing
the risk of damage.
5.Stackability and Nesting: ESD plastic boxes are often designed to
be stackable, allowing for efficient use of storage space. They may
have interlocking features or molded ridges that ensure stable
stacking without the risk of boxes toppling over. Some ESD plastic
boxes are also nestable, meaning they can be nested inside one
another when empty to save space during storage or transportation.
6.ESD Safety Compliance: ESD plastic boxes are typically
manufactured in compliance with industry standards and guidelines
for ESD protection, such as the ANSI/ESD S20.20 or IEC 61340-5-1.
This ensures that the boxes meet the necessary requirements for
providing an ESD-safe storage environment.
When using ESD plastic boxes, it is important to handle and store
them in an ESD-safe environment. This includes grounding the boxes
and following proper ESD handling procedures, such as using
grounded workstations and employing electrostatic discharge
protection measures. Regular inspections and maintenance of the
boxes should be conducted to ensure their ongoing effectiveness in
providing ESD protection.
Parameters | Details |
---|---|
Material | PP Plastic , Injection Molding |
Color | Black |
Industrial Use | Consumer Electronics |
Printing Handling | Glossy Lamination |
Size | Can Be Customized |
Feature | Recycled Materials, Antistatic |
Samples | Free |
Logo | Acceptable Customer's Logo |
Temperature Range | -40℃~+80℃ |
Shape | Square |
Fairtech's FR08 ESD Safe Plastic Boxes are designed to provide anti
static storage boxes and esd plastic containers to protect
electronic components from static electricity damage. The boxes are
made of PP plastic and injection molding, and their surface
resistance ranges from 10^3~10^5ohms, with a voltage withstand of
more than 1000V. The boxes are certified with CE and ISO, and are
recyclable materials. They come in different quantities with
different packages and a minimum order quantity of 100 pieces. The
price ranges from USD0.5 to USD11, and the delivery time is 3-5
days. Payment methods include L/C, D/A, D/P, T/T, Western Union,
and MoneyGram. Fairtech is capable of supplying up to 10,000,000
pieces per week.
The FR08 ESD Safe Plastic Boxes are ideal for storing PCB boards
and other electronic components, and are perfect for applications
that require anti static storage and esd storage boxes. The boxes
are reliable and durable, providing protection from static
electricity and ensuring the safety of your components.
ESD Safe Plastic Boxes:
Fairtech's ESD Safe Plastic Boxes are designed for anti static
storage and provides excellent protection from static electricity.
They are made from recycled materials and provide superior
antistatic protection. With a voltage withstand of more than 1000V,
our boxes have a static decay of less than 0.1 seconds. Available
in black, we offer CE and ISO certifications, and a minimum order
quantity of 100PCS.
Price range: USD0.5 - USD11. Different quantity has different
package. Delivery time: 3-5days. Payment Terms: L/C, D/A, D/P, T/T,
Western Union, MoneyGram. We have a supply ability of 10000000
pieces per week, and offer free samples.
Q1: What material is used in ESD trays?
A1: Polypropylene (PP) material is mostly used in forming ESD safe
trays for medical applications. PP as the material is popularly
known has excellent chemical resistance properties.
Q2: What is the difference between ESD and antistatic?
A2: An antistatic material prevents sparks and explosions, ESD is
product protection, and an insulating material protects you against
electric shocks.
Q3: How do ESD trays work?
A3: They do this by isolating the parts from static charges
originating from surrounding objects, people or even air flow, and
by not building a static charge as the trays slide through
equipment or across surfaces (triboelectric generation, like
picking up a charge when you walk across a carpet).
Q4: What is the risk of ESD?
A4: Electrostatic discharge (ESD) occurs when a non-conducting
surface is rubbed against another and the contacted surfaces are
then parted. ESD can damage or destroy sensitive electronic
components, erase or alter magnetic media, or set off explosions or
fires in flammable environments.
Q5: How to avoid ESD in PCB?
A5: ESD Prevention by Design, Use ground planes extensively, as
these can help bypass ESD to ground, and prevent it from passing
through the active parts of the PCB. Reduce line lengths to reduce
parasitic inductance. Parasitic inductance does not allow
protection circuits to work fast enough to prevent damage from ESD.