CASE STUDY
Electronics Component Manufacturer Requires EMI Elastomer Connector Gasket
THE CHALLENGE
An electronics component manufacturer requires a filter connector gasket that must be conductive, with z-axis and x-y plane shielding. It must have high reliability on both aging and temperature cycling tests. The customer is currently using a metal gasket with form-in-place (FIP) technology that is not providing the proper performance required.
DESIGN REQUIREMENTS
- Shielding effectiveness reliability
- Good grounding
- Z-axis and x-y plane shielding
- Designated assembly height
KEY CUSTOMER REQUIREMENTS
- Cost effective
- Good grounding
- Optimize product structure
CONCLUSION
Parker Chomerics CHO-SEAL® 1285 conductive elastomer material was selected in a molded gasket shape. CHO-SEAL® 1285 is a military grade gasket for corrosive environments; it is lightweight, 200°C max use temperature; good EMP resistance, and as available in many product forms such as the molded gasket used in this case study, but also in extruded or reinforced forms.
THE SOLUTION
The recommended solution for this electronics component manufacturer was to use a Parker Chomerics CHO-SEAL® 1285 conductive elastomer material was selected in a molded gasket shape. The molded gasket to replace the metal gasket and FIP material was customized to meet the large compression range and grounding required by the customer. The shielding effectiveness and ground performance was met with this solution.
Chomerics was also able to optimize the gasket profile to enhance the compression force required to achieve grounding.
CHO-SEAL 1285 Conductive Elastomer Gasket: Silver-plated aluminum filler in silicone binder
Typical Shielding Requirements: 90 - 110 dB, Military grade gasket for corrosive environments; lightweight, 200°C max use temperature; good EMP resistance; molded, extruded and reinforced product forms. Learn More.
We’re constantly innovating in our drive to create the most advanced EV solutions.
2023 Thermal Interface Material Innovations
Over the last year, Parker Chomerics has developed new, state of the art thermal interface materials, or TIMs, for use across industries and applications. These novel products continue to expand the portfolio of high performance, high reliability thermal gap pads and dispensable thermal gels.
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