Industrial Silicone Compounds and Requirements 2026
Analysis of industrial silicone compounds and technical requirements that will set sector trends.
Development and manufacturing of FVMQ and PVMQ silicone components for aeronautical and aerospace systems. Production under EN 9100 / ISO 9001 system and certified ISO 8 Cleanroom environment. Formulations tested according to FAR 25.853, UL94 V-0, and NF L17-153 Class 53.
The aeronautical and aerospace industry requires lightweight, fire-retardant, and traceable materials, capable of maintaining integrity under extreme variations in temperature, pressure, and chemical exposure. At ProSilicones64, we develop fluorinated FVMQ and phenylated PVMQ silicone compounds manufactured under EN 9100 / ISO 9001 system and ISO 8 cleanroom. Formulations are validated according to FAR 25.853, UL94 V-0, and NF L17-153 Class 53, guaranteeing fire-retardant performance, thermal stability, and resistance to fuels, oils, and Skydrol-type hydraulic fluids.
Aeronautical silicone components are manufactured under certified systems and tested formulations compliant with the main international standards for safety, fire, vibration, and traceability.
| Normativa | Ámbito de aplicación |
|---|---|
| EN 9100 | Quality management for the aviation, space, and defense industry (process certification) |
| NF L17-153 | Class 53 silicones for aeronautical applications (formulation testing) |
| FAR 25.853 | Fire resistance requirements for aircraft interior materials (formulation testing) |
| UL94 V-0 | Flammability classification of technical polymers (formulation testing) |
| NF L17-103 / 106 / 261 | Specifications for aeronautical rubbers and fluorosilicones (formulation testing) |
| EN 61373 | Vibration and mechanical shock testing (structural resistance verification) |
| ISO 8 Cleanroom | Certified environment compliant with ISO 14644 for precision components |
| REACH / RoHS | Chemical compatibility and absence of restricted substances |