The wide range of chemical and physical properties of silicones allows for innovation in product performance, protection, flexibility, and versatility.
Silicones Key Features
Performance
Silicones can be made in a range of forms, including: solids, resins, rubbers, and fluids. Silicones have a wide range of material properties, such as:
- Adhering or releasing
- Hard or soft
- Rigid or flexible
- Absorbent or water repellent
- Conductive or insulating
- Foaming or defoaming
Protection
Silicones in clothing, outerwear, shoes, and personal care products protect people from heat, cold, wetness, electricity, and UV damage. Silicones used in industrial applications protect equipment and possessions from:
- Water damage
- UV damage
- Extreme heat
- Extreme cold
- Climate changes
- Corrosion
- Chemicals and oils
- UV damage
- Microbes
Flexibility
By providing flexibility and resistance to moisture, chemicals, heat, cold, and ultraviolet radiation, silicones enhance product stability, usability, affordability, and durability. They contribute to advancements, innovation, and progress in various industries, elevating existing materials and enabling the development of new ones, whether it be in aviation or textiles.
Versatility
Silicones' versatility stems from their performance and protective qualities. Silicones maintain these characteristics over a period of time, thereby reducing the vulnerability of materials to damage caused by weathering, aging, temperature or climate changes, and regular usage.