Thermax® N990 a remplacé le N660 dans une formulation de sous-couche de bande de roulement pour pneus pleins NR/SBR, entraînant des améliorations des propriétés dynamiques.
Continuer à lireBande de roulement de pneu plein
EPDM ignifuge
Des améliorations des propriétés de traitement et d'inflammabilité ont été obtenues en ajoutant du Thermax® N990 à une formulation de caoutchouc EPDM ignifuge.
Continuer à lireMetal Carbide
Thermax® N990/N991 Ultra Pure can be used in the production of metal carbides to minimize impurities, enhance density, and improve final product properties.
Continuer à lireThermogravimetric Analysis of N991
Thermogravimetric analysis (TGA) is carried out on N991 and N991UP samples under isothermal conditions.
Continuer à lireThermal Conductivity of N991
The thermal conductivity of N991 versus temperature at different packing densities is measured. Also, the high temperature thermal conductivity is measured using LFA.
Continuer à lireConcrete Colourant III
Carbocolor® is compared to black iron oxide in concrete specimens and displays stronger tinting strength and excellent weathering.
Continuer à lireConcrete Colourant II
Carbocolor® is utilized as a concrete pigment offering higher tint strength and better weathering resistance than iron oxide.
Continuer à lireConcrete Colourant I
Carbocolor® is utilized as a concrete pigment offering higher tint strength and better UV light resistance than iron oxide and less particle migration and better durability than other carbon blacks.
Continuer à lireArgile de coulée
Thermax® N990 replaced graphite in a taphole clay composition resulting in decreased porosity and increased cold crushing strength.
Continuer à lireRéfractaires Carbonés de Base II
The advantages of using Thermax® N990 in basic carbon refractories are discussed along with SEM, TGA, and ESCA results which illustrate the beneficial properties of N990.
Continuer à lire
English 
French