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Only shielding bags form a Faraday cage. Conductive and dissipative packaging prevents charging inside, but does not protect the contents against an external field.

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Small parts storage

Small parts container

ESD small parts containers in conductive plastic protect small components, SMD tapes and ICs from electrostatic discharge during workstation-level storage. The Warmbier range divides into SMD flip-top boxes (5100873-5100876: black lid, 16 x 12 x 15 mm to 68 x 57 x 15 mm), metallised transparent flip-top boxes (5100880-5100883, same dimensions) and the yellow variants (5101.Y.873, 5101.Y.880). Ball-hinge boxes (5100860-5100866) with dissipative PE pin foam (55 x 38 x 14 mm to 138 x 44 x 14 mm) provide additional vibration damping for sensitive individual components.

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Buying guide

How to choose Small parts container

What matters when choosing: properties, comparison and typical applications.

Technical features

⚡ Conductive ESD plastic - static charge dissipation, EPA-compliant per DIN EN 61340-5-1

⚙ SMD flip-top boxes black/yellow - flip lid in black or metallised plastic, sizes 16 x 12 to 68 x 57 mm

✦ Transparent metallised lid - contents visible without opening, shielding through metallisation

↕ Ball-hinge boxes with PE foam - dissipative pin foam for fixation and vibration damping, 55 x 38 to 138 x 44 mm

✓ Flip-top boxes with foam insert - factory-fitted pin foam insert, 34 x 34 to 227 x 125 mm

Series overview

Series	Dimensions (mm)	Particularity
Flip-top black 5100873-876	16x12x15 to 68x57x15	Black lid
Flip-top metallised 5100880-883	16x12x15 to 68x57x15	Transparent metallised lid
Flip-top yellow 5101.Y.873/880	16x12x15	Yellow or metallised lid
Ball-hinge box 5100860-866	55x38x14 to 138x44x14	With dissipative PE pin foam
Flip-top with foam filling	34x34x10 to 227x125x30	Integrated pin foam insert

Typical applications

Typical applications: Individual component storage at SMT assembly workstations, short-term intermediate storage of opened SMD tapes and reels, repair workstations for ICs and micro-components, quality inspection and sample retention, and shipping of individual components with vibration damping.

FAQ

Frequently asked questions about Small parts container

What are ESD small parts containers and what industrial applications require them?

ESD small parts containers are specialized storage solutions manufactured from conductive or dissipative materials to prevent electrostatic discharge damage during handling of sensitive electronic components. These containers serve critical functions in electronics manufacturing, semiconductor assembly, automotive electronics production, and medical device manufacturing where components valued at thousands of euros can be destroyed by static charges as low as 30 volts. The Warmbier product line includes containers ranging from compact 34x34x10 mm units for individual SMD components to larger 227x125x40 mm containers for circuit board storage, with many featuring conductive foam inserts to secure components during transport and storage.

What technical specifications should engineers consider when selecting ESD small parts containers?

Critical selection parameters include container dimensions matching component sizes, surface resistance values between 10^4 and 10^11 ohms per square to ensure proper ESD protection, and lid closure mechanisms for contamination prevention. The available size range spans from 34x34x10 mm for individual components up to 227x125x40 mm for larger assemblies, with height variations from 10 mm to 40 mm accommodating different component profiles. Container material must provide consistent dissipative properties throughout the service life, with black conductive plastics being standard for visibility of components and resistance to UV degradation in manufacturing environments.

Which international standards govern ESD small parts container performance and certification?

ESD small parts containers must comply with IEC 61340-5-1 standard for protection of electronic devices from electrostatic phenomena, which defines surface resistance limits and testing protocols for ESD protective packaging. DIN EN 100015-1 specifies requirements for electrostatic discharge sensitive devices packaging, including container material conductivity and grounding requirements during handling. ISO 11607 standards apply when containers are used for sterile medical device components, requiring validated barrier properties and material biocompatibility testing to ensure component integrity throughout storage and sterilization cycles.

How do hinged lid containers differ from junction boxes with drain features in the Warmbier product range?

Standard hinged lid containers like the 227x125x40 mm models provide basic ESD protection with snap-close mechanisms for general component storage, while specialized junction boxes such as the Warmbier 5100865 model feature integrated drainage systems and PE plug-in foam for moisture-sensitive components. The SMD folding box Warmbier 5100883 incorporates a transparent metallized lid allowing visual inspection without opening, measuring 68x57x15 mm specifically for surface-mount device storage. Junction boxes with foam inserts provide superior shock protection during transport compared to standard containers, with the conductive foam maintaining electrical continuity while preventing component movement.

What installation and system compatibility requirements apply to ESD small parts container implementations?

ESD small parts containers require integration with grounded workstation surfaces through conductive mats or direct metal contact to maintain electrical continuity throughout the EPA (Electrostatic Protected Area). Container placement must ensure continuous grounding path with resistance measurements below 10^9 ohms from container to ground, typically achieved through conductive shelving or rack systems. The containers are designed for seamless integration with standard industrial shelving systems and automated storage retrieval equipment, with standardized footprints allowing efficient space utilization in clean room environments and manufacturing cells.

What are the operating temperature ranges and environmental protection ratings for these ESD containers?

Warmbier ESD small parts containers typically operate within -40°C to +80°C temperature ranges while maintaining consistent surface resistance properties, making them suitable for both cold storage applications and heated manufacturing environments. The containers provide basic dust protection equivalent to IP54 rating through precision-molded lid seals, preventing contamination of sensitive electronic components during storage periods up to 24 months. Material formulations resist degradation from common industrial solvents and cleaning agents, with black conductive plastics maintaining electrical properties throughout temperature cycling and humidity variations typical in electronics manufacturing facilities.

What maintenance schedules and inspection requirements ensure continued ESD protection effectiveness?

ESD small parts containers require quarterly surface resistance testing using standard resistance meters to verify conductivity remains within the 10^4 to 10^11 ohms per square specification range defined in IEC 61340-5-1. Visual inspection for cracks, contamination, or physical damage should occur monthly, as structural compromise can create static charge accumulation points that defeat ESD protection. Container service life typically extends 5-7 years under normal industrial use, with replacement indicated when surface resistance measurements exceed specification limits or when physical damage compromises lid sealing integrity, ensuring continued protection of sensitive electronic components throughout their storage lifecycle.