MFG FIBRESTAT Conductive Stack Only Containers ESD Safe Fiberglass

MFG FIBRESTAT® Conductive Stack Only Containers | ESD-Safe Fiberglass Bins for Industrial & Electronics Use

MFG FIBRESTAT Conductive Stack Only Containers are ESD-safe fiberglass bins built for electronics manufacturing, component staging, and industrial operations where static discharge poses a risk to sensitive parts. Conductive fiberglass construction dissipates electrostatic charge to ground before it can damage components, while providing the dimensional stability, temperature resistance, and chemical resistance of the standard MFG fiberglass stack-only line.

Twenty-four models are available covering footprints from 18-3/4" to 33-1/8" long and depths from 1-1/8" to 8-7/8". All are rated for service from -60°F to 250°F. Prices are shown by manufacturer model number for straightforward competitor comparison.

FIBRESTAT Conductive vs. Standard MFG Fiberglass Stack Only -- Choosing the Right Series:

♦ Both series use identical glass-reinforced thermoset fiberglass construction with the same temperature rating, chemical resistance, dimensional stability, and stack-only design. The FIBRESTAT conductive series adds ESD dissipation via a conductive additive in the fiberglass, which increases the price compared to standard non-conductive containers.

♦ If your application does not involve ESD-sensitive components, the standard MFG fiberglass stack-only series (46 models) is available at a lower price and covers a wider range of footprints and depths. If ESD protection is required, the FIBRESTAT series is the correct selection. Do not substitute standard fiberglass containers for ESD-sensitive applications. Verify that your specific resistivity requirement is met against the MFG FIBRESTAT data sheet before ordering.

Where FIBRESTAT Conductive Stack Only Containers Are Most Commonly Used:

♦ Electronics manufacturing and assembly -- PCB handling, component staging, and work-in-process transport where ESD control protocols require all containers in the handling chain to be ESD-safe. Fiberglass construction provides the added benefit of dimensional stability over time compared to conductive plastic alternatives.
♦ Semiconductor and microelectronics operations -- Static-sensitive wafers, dies, and packaged components require ESD-safe staging containers that maintain consistent geometry for automated pick-and-place systems.
♦ Precision instrument and sensor manufacturing -- Sensitive assemblies that could be damaged by static discharge benefit from conductive containers at every stage of the production and test flow.
♦ Automated storage and retrieval systems in ESD environments -- Fiberglass maintains dimensional tolerances over years of high-cycle use where conductive plastic containers drift out of tolerance, causing misfeeds and jams in ASRS equipment.
♦ Temperature-cycling environments -- The -60°F to 250°F rating makes these appropriate for operations that move components between cold storage, ambient staging, and elevated-temperature processing, where standard ESD plastics would deform or crack.