ESD Round Component Bin

Product Introduction

ESD Round Component Bin, also known as an anti-static parts bin, is a specialized storage container designed for electronic components, precision parts, and industrial materials. As one type of ESD safe bins, it helps prevent the generation and accumulation of static electricity, effectively protecting sensitive components from electrostatic discharge (ESD) damage during storage, handling, and transportation.

Applications

ESD round component bins are widely used in electronics manufacturing, automotive, machinery, home appliances, light industry, and other industrial fields. They are suitable for various production processes, including component storage, material distribution, transportation, and circulation management.

These bins can be used together with logistics containers, shelves, workstations, and warehouse management systems, providing an efficient storage solution for factories, assembly lines, and electronic component handling areas.

Product Features

1. Excellent Anti-Static Performance

The ESD round component bin is designed with anti-static materials that effectively dissipate surface charges, preventing static electricity accumulation and reducing the risk of high-voltage differences that may damage sensitive electronic components.

2. Durable Material Properties

Made from high-quality engineering plastics, the bins feature excellent performance including:

• Non-toxic and odorless characteristics

• Moisture resistance and corrosion resistance

• Lightweight design with high durability

• High mechanical strength and impact resistance

• Superior wear resistance for long-term industrial use

Certain material options can provide enhanced hardness, toughness, and flame-retardant properties to meet different application requirements.

3. Flexible and Space-Saving Design

ESD round component bins are available in various specifications, sizes, and colors to meet different storage needs. Customized options such as covers, identification labels, digital markings, and special structures are available.

The stackable design allows multiple bins to be securely combined, maximizing storage space and improving warehouse organization efficiency.

Classification

1. Classification by Application

According to different usage scenarios, ESD component bins can be classified into:

• Anti-static component bins

• Conductive component bins

• Flame-retardant component bins

• Spare parts component bins

• IC component bins

• General-purpose component bins

• Red defective component bins

2. Classification by Structural Design

Based on structural characteristics, component bins include:

• Stackable component bins

• Hanging component bins

• Flip-top component bins

• Component bins with covers

• Slanted-mouth component boxes

• Flat-mouth component boxes

• Drawer-type component boxes

• Digital drawer component boxes

Different structures provide flexible solutions for production lines, warehouses, and electronic assembly environments.

3. Classification by Electrical Properties

According to surface resistance characteristics, ESD storage bins can be divided into:

• Anti-static type: Surface resistance from 10⁶ to 10⁹ Ω

• Conductive type: Surface resistance below 10⁶ Ω

• Insulating type: Surface resistance above 10¹² Ω

With reliable static control performance and versatile designs, these ESD safe storage bins provide an ideal solution for protecting electronic components throughout manufacturing, storage, and logistics processes.

Technical Specification

Product name		ESD-bak
Product model		3W-9805102	3W-9805102-2
Specification parameters	●External dimensions:	φ 120*45mm	Ø81*40mm
	●Inner rulerinch:	φ 116*42.5mm	Ø77*37mm
	●Wall:	2mm	2mm
	●Bottom wall:	2mm	2mm
	●Weight:	0.1kg	0.1kg
Product description		◆Can be hung (material hanging board)
		◆Can be stacked, can be connected left and right
		◆Static index: 10e4-10e8Ω
Temperature resistance customization		口120°C             口150°C
Color customization		口       口       口     口other
Optional accessories		口Anti-static label

*Temperature resistance refers to the set temperature at which the product can enter the oven

Wereldwijde ESD-productiecapaciteit

Wanneer u inkoopt bij Sanwei, werkt u direct samen met een toonaangevende OEM/ODM-fabrikant. Wij beheren een ultramoderne 70.000+ m² geïntegreerde productiefaciliteit in het Centrale Industriepark van Yueqing, Zhejiang, waarbij elk afzonderlijk proces wordt beheerd, van eigen materiaalformulering tot het uiteindelijke zeer nauwkeurige productvormproces.

Geïntegreerde schaal

70.000+ m² geavanceerde productiefaciliteit, uitgerust met zware precisie-spuitgietmachines om grote wholesalebestellingen te verwerken met stabiele levertijden.

Volledige ketenbeheersing

Volledige beheer in eigen huis, variërend van R&D van eigen antistatisch materiaal, structurele malengineering, geautomatiseerde productie tot snelle wereldwijde logistieke levering.

Grوندige inspectie

Strenge grondstofcontroles in combinatie met meerpuntsmetingen van de oppervlakteweerstand op de productielijn garanderen dat 100% voldoet aan de internationale ESD-richtlijnen.

Antistatisch Producten en Oplossingen

Het leveren van uitgebreide elektrostatische bescherming gedurende uw gehele productie- en operationele levenscyclus.

SMT-apparatuur

Antistatische verzamelbakken en rekken voor geautomatiseerde lijnen.

Opslag & Logistiek

Veilingkarren, legborden, bakken, schalen en onderdelenbakken.

Werkplek & PBM

Antistatische stoelen, matten, polsbandjes en persoonlijke bescherming.

Maatwerkontwikkeling

Ontwikkeling van aangepaste matrijzen en speciale antistatische materialen.

Alle oplossingen weergeven

Voordelen van maatwerk

ONZE OEM/ODM-VOORDELEN

Geavanceerde R&D & Materiaalinnovatie

Interne ontwikkelde antistatische materialen met nationale uitvindingsoctrooien en hittebestendigheid tot 200℃. Wij vormen niet alleen — we formuleren compounds.

Volledige productiecapaciteit

30.000㎡ fabriek met complete spuitgiet-, granulatie- en ondersteunende verwerkingssystemen voor een stabiele en efficiënte levering.

Volledig op maat gemaakt proces

Materiaalweerstand, kleur, afmetingen, logo, verpakking en certificeringen — aanpasbaar om te voldoen aan IEC61340-5-1, ANSI/ESD S20.20 of militaire normen.

Gecertificeerde Kwaliteit & Wereldwijde Naleving

“Sanwei heeft met succes aangepaste, hittebestendige, schone trays in natuurlijke kleur ontwikkeld voor onze halfgeleidermontagelijn, ter vervanging van geïmporteerde producten, waarmee uitstekende ESD-veiligheid wordt gewaarborgd en aan de hoge reinheidseisen van de werkplaats wordt voldaan.”

BEVERTROUWD DOOR WERELDWIJDE FORTUNE 500 INDUSTRIELEADERS

Onze propriëtaire ESD-oplossingen worden wereldwijd ingezet in geavanceerde productiefaciliteiten, waaronder: Intel, Motorola, Siemens, IBM, Panasonic, Nokia en Dell.

Op zoek naar aangepaste maten of bulk groothandelsprijzen?

Ondersteund door ons robuuste eigen R&D-team biedt Sanwei complete OEM/ODM-opties die zijn afgestemd op uw specifieke SMT-productielijnen of magazijnindeling. Neem vandaag nog contact op met onze specialisten voor aangepaste matrijzen, kleurcodering of geïntegreerd 5S-opslagadvies.

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Veelgestelde Vragen (FAQ)

1. What are ESD safe bins and why are they important?

ESD safe bins are specialized storage containers designed to protect sensitive electronic components from electrostatic discharge (ESD) damage. They are made from anti-static or conductive materials that help dissipate static charges and prevent voltage buildup on the surface of stored items.

These bins are widely used in electronics manufacturing, semiconductor production, automotive electronics, and industrial assembly environments where static control is critical.

2. What are ESD safe storage bins used for?

ESD safe storage bins are mainly used for storing, organizing, and transporting static-sensitive components such as IC chips, PCBs, semiconductors, connectors, and precision electronic parts.

They are commonly applied in:

• Electronics assembly lines

• SMT production workshops

• Semiconductor factories

• Electronic component warehouses

• Repair and maintenance facilities

By providing reliable static protection and organized storage, ESD bins help reduce component failure caused by electrostatic discharge.

3. How do ESD component bins protect electronic components?

ESD component bins protect sensitive parts by controlling static electricity on the container surface. The anti-static material allows accumulated charges to safely dissipate, preventing sudden electrostatic discharge between the bin and electronic components.

Compared with ordinary plastic storage boxes, ESD safe bins provide better protection against:

• Static charge accumulation

• High-voltage discharge

• Component damage during handling and transportation

4. What is the difference between anti-static, conductive, and insulating component bins?

The main difference is their electrical resistance range:

• Anti-static bins: Surface resistance typically ranges from 10⁶ to 10⁹ Ω, preventing static generation and allowing controlled discharge.

• Conductive bins: Surface resistance is below 10⁶ Ω, providing faster static dissipation.

• Insulating bins: Surface resistance is above 10¹² Ω and generally do not provide static protection.

The right choice depends on the level of ESD protection required for your electronic components and manufacturing environment.

5. Can ESD safe bins be customized for different industrial applications?

Yes. ESD safe bins can be customized according to different storage and production requirements.

Customization options include:

• Different sizes and specifications

• Various colors for component classification

• Covers and protective accessories

• Digital labels and identification markings

• Stackable or hanging designs

Customized ESD storage solutions help manufacturers improve warehouse organization and production efficiency.

6. How should I choose the right ESD bin for electronic component storage?

When selecting an ESD bin, consider factors such as component type, storage environment, required protection level, and handling method.

Important selection criteria include:

• Surface resistance requirements

• Bin size and capacity

• Stackability and storage layout

• Compatibility with shelves and workstations

• Material durability and chemical resistance