MFG ESD Conductive Stack Only Fiberglass Container – Model 221000

This ESD container offers optimal product protection, exceptional weight-carrying capability, and superior physical properties compared to thermoplastic and corrugated products.

♦  Outside Top: 27" long x 21" wide x 2-5/8" high
♦  Inside Bottom: 26" long x 20" wide x 2-1/2" high
♦ MFG Fiberstat stacking containers provide complete protection from electrostatic discharge throughout the product's life.
♦  They may be used consistently in temperatures ranging from -60° to 250° F (-51° to 121° C) and are resistant to cutting oils, greases, solvents, mild acids, and alkaline solutions within a pH rating of 3.0 – 10.0.
♦ Stacking containers are easily cleaned with hot water or steam using standard detergents.

They will not bend or sag under heavy loads and can be readily integrated into automated applications. ESD stacking containers ensure optimum space utilization during assembly operations and may be used to form mobile workstations. Fiberstat conductive conveyor and assembly trays provide complete protection from electrostatic discharge for the product's life. They may be used consistently in temperatures ranging from -60° to 250° F (-51° to 121° C) and are resistant to cutting oils, greases, solvents, mild acids, and alkaline solutions within a pH rating of 3.0 – 10.0. Trays are easily cleaned in hot water or steam with standard detergents.
Meets or exceeds ANSI/ESD standards for ESD protection.

MFG Heavy Duty Conductive Fiberglass Trays combine the benefits of fiberglass with conductive properties, making them especially valuable in environments where static discharge can be problematic. Here are the benefits of using these specialized trays:

♦  Static Dissipation: The primary advantage of conductive fiberglass trays is their ability to dissipate static charges. This makes them ideal for sensitive electronic environments where static can damage components.
♦ Durability: Like all fiberglass products, these trays are renowned for their exceptional strength and durability, making them well-suited for heavy-duty applications.
♦  Corrosion and Chemical Resistance: The trays resist many chemicals, an advantage in specific industrial or laboratory settings.
♦  Temperature Resistance: Conductive fiberglass trays can withstand a wide range of temperatures without degradation.
♦ Lightweight: They offer the strength of heavy-duty trays while being relatively lightweight, making handling and transportation easier.
♦  Protection of Sensitive Electronics: In electronics manufacturing or repair, preventing static discharge can protect sensitive components from damage, reducing waste and increasing reliability.
♦  Safety: In environments with flammable gases or materials, the dissipation of static charges can reduce the risk of sparks and subsequent explosions or fires.
♦  Long Lifespan: With proper care, these trays can last long, offering a good return on investment.
♦  Low Maintenance: They are easy to clean and don’t require special care beyond regular checks to ensure the conductive properties remain intact.
♦  Customization: Like other fiberglass trays, conductive varieties can be tailored to specific sizes, shapes, and other requirements.
♦  Non-porous Surface: Their non-porous nature makes them resistant to bacteria and microbes, which is particularly crucial in applications such as food service or medical environments.
♦  Consistent Conductivity: High-quality conductive fiberglass trays maintain constant conductivity over time, ensuring protection remains effective.
♦  Cost-Efficient: Conductive fiberglass trays can be more cost-effective than other anti-static solutions, particularly considering their longevity.

When considering Heavy Duty Conductive Fiberglass Trays, it's essential to ensure they meet the required standards for your industry or application. Regular testing can also ensure that the conductive properties of the tray remain effective throughout.

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