EMI Gaskets
Conductive gaskets that both seal and shield enclosures, connectors and chassis seams against electromagnetic interference.
Conductive & Thermally Conductive Silicone
Functional silicone grades that shield, ground and move heat — EMI/RFI shielding gaskets, static-dissipative parts, thermal pads and gap fillers. Compounded in-house and tuned to your electrical or thermal target, for electronics, telecom, LED and EV applications.
Functional Silicone Grades
Beyond Sealing — Silicone That Conducts
Standard silicone is an electrical and thermal insulator. By loading it with the right fillers we turn it into a conductor of electricity or heat while keeping the flexibility, sealing and temperature tolerance you choose silicone for. The filler type and loading are selected against your target during DFM review — and we report the measured value, not a generic label.
- EMI / RFI shielding — volume or surface resistivity tuned to the shield
- Static dissipation — controlled resistivity for ESD-safe parts
- Thermal conductivity — tuned with alumina or boron-nitride fillers
- In-house compounding — feedstocks from suppliers including Elkem, Dow and DuPont
Functional Applications
Where Conductive Silicone Fits
Connector Seals
Conductive silicone seals for connectors that need environmental sealing plus grounding or shielding continuity.
Static-Dissipative Keypads
Keypads and buttons with controlled resistivity to protect sensitive electronics from electrostatic discharge.
Thermal Pads & Gap Fillers
Thermally conductive pads that fill gaps and move heat from components to heat sinks, enclosures or cooling surfaces.
Heat-Transfer Seals
Silicone seals for power electronics, LED modules and EV battery systems that seal and conduct heat in one part.
Grounding Pads
Conductive pads for grounding and shielding in telecom and industrial electronics assemblies.
Material & Process
Tuned to Your Target, Verified per Lot
Functional grades are compounded from global silicone feedstocks and every incoming raw-material lot is tested before production. Fillers and conductivity levels are selected against your electrical, thermal or optical target during DFM review.
- Compression, LSR & overmolding — the right process per geometry and filler loading
- Measured values reported — resistivity and thermal conductivity are measured, not assumed
- Lot-to-lot consistency — controlled compounding keeps the electrical or thermal performance stable
- Honest scoping — we confirm the achievable conductivity level for your geometry up front
The exact filler type and loading depend on your resistivity or thermal-conductivity target, the part's geometry and its service conditions — all confirmed during DFM review.
See all specialty molding materials
Why CYES
Conductivity Without Guesswork
DFM for Electrical & Thermal Targets
Filler selection and loading are engineered up front so the part meets your resistivity or thermal-conductivity spec on the first shot.
Verified Incoming Materials
Every raw-material lot is tested before production, so the conductive or thermal performance you approved is what you receive.
Single Accountable Supplier
Compounding, molding and testing stay in-house — one source for the whole functional-silicone program.
Need Conductive or Thermally Conductive Silicone?
Send your drawing, electrical or thermal target and service conditions — our engineers will confirm feasibility, filler and process, and return a DFM review within 24 hours.
Get a Functional Silicone Quote