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New materials with large value for dielectric constant were obtained by using siloxane and chemically modified lignin.The modified lignin does not act as a stiffening filler material for the siloxane but acts as bulk filler, preserving thesoftness and low value of Young’s modulus specific for silicones. The measured values for dielectric constant comparepositively with the ones for previously tested dielectric elastomers based on siloxane rubber or acrylic rubber loadedwith ceramic nanoparticles. The new materials use the well-known silicone chemistry and lignin which is availableworldwide in large amounts as a by-product of pulp and paper industry, making its manufacturing affordable. Theprepared dielectric elastomers were tested for possible applications for wave, wind and kinetic body motion energyharvesting

New dielectric elastomers with improved properties for energy harvesting and actuation