These materials are widely used in the electronics industry in trays for transporting electronic components. These trays are produced in thermoplastics that, despite good mechanical resistance, chemistry, the good insulation and low cost they offer, can easily be charged electrically, which can end up damaging the electronic components.
To prevent this from occurring, it is necessary to modify the characteristics of the base polymer with which they are produced and to protect them against possible electrostatic discharges.
To achieve this protection, it is necessary to add additives to the base polymers that can alter their intrinsic resistivity.
Like this, and depending on the protection the customer needs for the product, we produce laminates with three different resistivity levels.
- Semiconductor (Resistivity between (103 To 105 (Ω · m))
- Dissipative (Resistivity between (105 To 109 (Ω · m))
- Anti static (Resistivity between (109 To 1012 (Ω · m))