国家/地区 德国（7）
IPC部 C（7）
IPC大类 C08（7）
IPC小类 C08J（7）
IPC C08J003/28（7）
发明人 SHAFAEI S（3） SHETH K C（3）
公开年 2020（3）
申请年 2019（4） 
专利权人 SABIC GLOBAL.（3）

Nanocomposite composition used for electromagnetic shielding application, aerospace application, film for mobile and other telecommunications devices, comprises graphene as electromagnetic wave absorber, polydimethylsiloxane as elastomer, and emerald salt in form of polyaniline.

Mold used for molding component, comprises mixture of polymer material and filling material suitable for heating component within mold by electromagnetic field.

SILTAMAEKI J, GOTHE B, WEIGER H, SEEFRIED A J, DREXLER M, PRICE D S, SCHNEIDER K, DRUMMER D K, HIFRELID A, SEEFRIED A, SILTAMAKI J, GOETHE B, WIEGER H

Producing silicone substrates or silicone composite substrates, comprises e.g. providing silane including alkoxysilane and/or hydroxysilane, preparing liquid oligosiloxane from silane by sol-gel reaction, and performing first crosslinking.

CLADE J, DOMANN G, LANG K

Forming polymer/graphene nanocomposite involves irradiating polymer comprising aromatic poly(carbonate-ester) and/or poly(etherimide-sulfone) with radiation comprising specific wavelength to provide polymer/graphene nanocomposite.

SHAFAEI S, SHETH K C

Forming polymer/graphene nanocomposite used in articles using surface conductivity involves irradiating polymer blend comprising polyetherimide and polycarbonate and having specified melt volume rate with radiation of specific wavelength.

SHAFAEI S, SHETH K C

Forming polymer/graphene nanocomposite used in graphitized polymer composition for article involves providing polymer matrix of clear polymer and additive to induce graphitization of polymer and irradiating matrix with specified radiation.

SHAFAEI S, SHETH K C, MERCX F P M, COURTECUISSE F G

Producing water-soluble polymer-graphene oxide composite useful e.g. in organic electronic device, comprises dissolving water-soluble polymer in solvent, mixing polymer with graphene oxide, and irradiating obtained composite with radiation.

KANG P H, OH S H, CHOI J H, JEUN J P, KIM H B, NHO Y C, KIM Y J