ESD Trays & ESD Containers
MFG Tray’s Fibrestat ESD product line encompasses a variety of trays, containers and specialty products molded from high-strength, glass-reinforced composites that are specifically formulated to dissipate electrostatic discharge and to safely and effectively convey, accumulate and store static-sensitive parts and assemblies.
The company’s ESD-safe conductive products have a surface resistivity of less than 105 to 106 ohms, and static dissipative products have surface resistivity between 105 to 1011 ohms. MFG Tray Fibrestat products meet or exceed ANSI/ESD S20.20 standard for ESD protection. The high conductivity/low electrical resistance of MFG Tray’s composite material is a permanent property ensuring the safe transfer of electrostatic discharge away from sensitive microprocessors, assemblies, loaded circuit boards and other electronic components for the life of the tray or container.
Fibrestat ESD trays and ESD containers may be continuously used in temperatures ranging from -60° to 250° F (-51° to 121° C), and are resistant to cutting oils, greases, radiation, and mild acids and alkaline solutions within a pH rating of 3.0 – 10.0. Composite construction ensures exceptional strength and durability, and design features such as smooth surfaces and radial edges ensure safe, secure handling.
ESD Conveyor Trays: Tray design is ideal for component assembly and compatibility with conveyors or cart transport systems. Read more »
ESD Nesting Boxes with Lids: Nesting boxes are offered in a range of sizes to accommodate a wide range of components. Lids protect parts and enable containers to be stacked. Read more »
ESD Stacking Boxes: Stacking feature facilitates parts containment and space-saving product holding and storage. Read more »
ESD Nest and Stack Boxes: Nest-and-stack design is ideal for work-in-progress or distribution applications. Read more »
ESD Specialty Products: MFG Tray offers specialty ESD-safe products that include tray mats, work surfaces and specialty conveyor trays. Read more »