Feature(may vary by option.)
●DUAL LAYERED: Dual layer matting provides a top layer of static dissipative rubber and the back layer of conductive rubber, giving the same electrical performance as a vinyl three-layer mat, but with great tolerance to heat and chemicals.
●MANY ENVIRONMENTS: These mats are perfect for any environment, whether in an industrial factory mass producing micro-chips, a research lab working on creating the next battery, or working on a college chemistry thesis experiment!
●BRILLIANT DESIGN: Provides cushioning and durability to fit a 16"x 24"x 0.060" tray, while meeting or exceeding the requirements of ANSI ESD S541-2003. RoHs Compliant.
●COLORFUL VARIETY: Available in Light Blue, Green, Gray, and Royal Blue, allowing customers to pick the tray mats that are best for their work conditions, whether you choose the most pleasing to the eye, or the one that will help focus most on the work at hand, the choice is left to you!
●CUSTOMER SATISFACTION: Satisfaction of customers is our primary concern and so the ESD Tray Liner has been independently tested and proven to meet the requirements. So, Just click on the Add to Cart button and enjoy a risk-free purchase.
[16 x 24 Light Blue 1]
[16 x 24 Green 1]
[16 x 24 Royal Blue 1]
[16 x 24 Gray 1]
Description
Line process trays with a durable ESD rubber surface. The ESD tray liners are used to line the surface of process trays to keep items protected and from sliding around. ESD rubber provides a better path-to-ground and cushion versus the hard surface of the conductive tray. The economical dual layer rubber material is cut to fit a16x24 process tray. The ESD tray liner has a dissipative top layer and a conductive bottom layer. The liner is 0.060mm thick and is standard in light blue with royal blue, green and gray available. Distributed by StaticTek, a family owned, and operated company located in Keizer, Oregon, USA. StaticTek provides static control equipment, supplies and services. This includes custom passive grounding, in-tool ionization for critical environments and room ionization to meet the specifications for your ESD class. Gaining control over the static charges in your controlled area will improve product yield from direct ESD damage to devices, associated problems from RFI and EMI signals and indirect problems caused by electro-static attraction of particles to clean surfaces.