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[China]
Trade Verify
Address: Room 313, Building B, Bozhi Center, Chentian Industrial Park, Chentian Road, Baoan District,
Contact name:Fairy Huang
Shenzhen Fairtech Electronics Co.,LTD |
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Verified Suppliers
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1.Material Options: ESD-safe bins can be made from various materials, depending on the specific requirements and standards of the industry. Common materials include conductive plastics, static-dissipative plastics, or carbon-filled materials. These materials help to dissipate static charges and prevent the accumulation of electrostatic charges.
2.Conductive Grids: Some ESD-safe bins feature conductive grids or patterns on their surfaces. These grids provide additional protection by creating a pathway for the dissipation of static charges. The conductive grids help to evenly distribute any charges across the surface of the bin, reducing the likelihood of ESD damage.
3.Surface Resistivity: ESD-safe bins are designed to have a specific surface resistivity range that meets the requirements for ESD protection. Surface resistivity is the measure of a material's resistance to the flow of electrical charges across its surface. ESD-safe bins are engineered to have a surface resistivity that allows for controlled dissipation of static charges while preventing the buildup of electrostatic charges.
4.Dividers and Inserts: Many ESD-safe bins come with dividers, inserts, or adjustable partitions. These features allow for the customization of storage compartments, enabling efficient organization and segregation of different components or parts within the bin. Dividers and inserts help to prevent contact between items, reducing the risk of damage from friction or rubbing.
5.Conductive Foam Liners: Some ESD-safe bins may include conductive foam liners or inserts. These foam liners are made from materials with conductive properties and provide an additional layer of protection for sensitive components. Conductive foam liners help cushion and protect delicate parts from physical impact while dissipating any static charges.
6.ESD Symbol and Labeling: ESD-safe bins often feature the ESD symbol, which resembles a triangle with a reaching hand inside, indicating that the bin provides electrostatic discharge protection. This symbol helps to quickly identify ESD-safe storage solutions and promotes awareness of the need for ESD precautions. Additionally, labeling options are available to mark the bins with identification codes, part numbers, or other relevant information for easy tracking and inventory management.
7.Compatibility with Automated Systems: Some ESD-safe bins are designed to be compatible with automated handling systems, such as robotic pick-and-place systems or conveyors. These bins may include features like standardized dimensions or interlocking mechanisms to ensure seamless integration into automated workflows.
8.Cleanroom-Compatible Options: In certain industries, such as semiconductor manufacturing or pharmaceuticals, ESD-safe bins may be required to meet specific cleanroom standards. Cleanroom-compatible ESD-safe bins are manufactured with materials and finishes that minimize particle generation and are compatible with cleanroom environments.
9.Recycling and Sustainability: Many ESD-safe bins are designed for reuse and are made from recyclable materials. This promotes sustainability by reducing waste and environmental impact. Additionally, some manufacturers offer recycling programs for end-of-life ESD-safe bins to ensure proper disposal and recycling.
ESD-safe bins play a crucial role in maintaining the integrity and protection of electronic components and parts throughout their lifecycle. By utilizing ESD-safe bins in conjunction with proper ESD control measures, organizations can significantly reduce the risk of ESD damage and ensure the reliability and functionality of their electronic products.
| Feature | Description |
|---|---|
| Recycled Materials | Made of recycled materials. |
| Antistatic | Anti-static and conductive. |
| Industrial Use | Suitable for consumer electronics. |
| Logo | Acceptable customer's logo. |
| Product Name | Black Conductive Storage Bins ESD Plastic Box. |
| Static Decay | <0.1s. |
| Application | To store PCB boards or electronic components. |
| Surface Resistance | 10^3~10^5ohms. |
| Samples | Free. |
| Size | Can be customized. |
| Printing Handling | Glossy Lamination. |
Fairtech FR08 ESD safe plastic boxes are designed to store PCB boards or electronic components and are made with recycled materials with excellent anti-static performance. The surface resistance is 10^3~10^5 ohms, which is perfect for protecting your sensitive electronic components from static electricity. In addition, it meets CE and ISO certification requirements, and you can order the boxes with your own logo. The minimum order quantity is 100PCS and the price range is from USD0.5 to USD11. The packaging details vary with the quantity, and the delivery time is 3-5 days. You can make payment via L/C, D/A, D/P, T/T, Western Union, MoneyGram. We guarantee a supply ability of up to 10000000 pieces per week.
Brand Name: Fairtech
Model Number: FR08
Place of Origin: China
Certification: CE, ISO
Minimum Order Quantity: 100PCS
Price: USD0.5-USD11
Packaging Details: Different quantity has different package
Delivery Time: 3-5 days
Payment Terms: L/C, D/A, D/P, T/T, Western Union, MoneyGram
Supply Ability: 10000000 piece per Week
Size: Can Be Customized
Packaging: Carton Box
Product Name: Black Conductive Storage Bins ESD Plastic Box
Voltage Withstand: >1000V
Application: To Storage PCB Boards Or Electronic Components
Are you looking for ESD Safe Plastic Boxes? Fairtech offers you customized service of ESD Safe Plastic Boxes with model FR08. Our ESD Safe Plastic Boxes are CE certified and ISO verified. Each carton box contains 100PCS, and different quantity has different package. The price is between USD0.5-USD11. It takes 3-5 days for delivery and payment can be done via L/C, D/A, D/P, T/T, Western Union, MoneyGram. We can provide 10000000 piece per Week. Size can be customized and voltage withstand is >1000V. It is mainly used to storage PCB boards or electronic components.
Q1: How ESD Affects PCBs?
A1: ESD or ElectroStatic Discharge damages both printed circuit boards (PCB) and electronic components. This happens when there is an accumulation of positive or negative charges on insulators or unconnected conductors. The amount of charge accumulating depends on the stored capacitance on the insulator or conductor with respect to nearby objects having a corresponding opposite charge. The charge is static as it is unable to equalize itself or be transferred by electromotive force unless there is a decrease in the value of the capacitance between the objects, or there is a path for its discharge. The presence of a conducting path allows the charge to either bleed away slowly, or to discharge quickly depending on the resistance the path offers. The phenomenon of quick discharge, also called ESD, causes the most damage.
Q2: How does ESD packaging work?
A2: ESD packaging constructed from dissipative materials works by slowing down the flow of electricity instead of directing it. It is effective in reducing the power of an electrical charge. It essentially helps in preventing the components contained inside the packaging from being damaged by ESD
Q3: What are the three types of ESD packing?
A3: There are three primary types of ESD packaging that can be used to this effect: conductive material, dissipative material, and anti-static material. Conductive material. Conductive material is a type of material that helps to conduct any electric charges away from the object.
Q4: What are ESD boxes made of?
A4: They are constructed from Corstat® conductive fibreboard and are available from stock in a variety of sizes. Your ESD Packaging Boxes can also be customised with standard divider sets that work seamlessly with your totes and can be configured to your specific requirements.
Q5: What is ESD in electronics?
A5: Electrostatic Discharge (ESD) is the release of stored static electricity. Most commonly, the potentially damaging discharge of many thousands of volts that occurs when an electronic device is touched by a charged body.
