Rubber compounds based on natural rubber reinforced with ammonium salt modified bentonite have been prepared and characterized. It pretends to evaluate the possibility of using these white fillers as substitute of carbon black in natural rubber compounds. Vulcametric curves show that the organoclay and carbon black accelerate the vulcanization reaction and, furthermore, give rise to a marked increase in the torque. However, it is of interest to point out that these effects are more marked in the case of the organoclay. In addition, the mechanical characterization show the strong reinforcing effect of both fillers, but this effect is newly more sensible when the organoclay is added to the NR. It is worthy to note that the mechanical properti...
This paper determinesthe potential of bentonite to replace the commonly used carbon black...
The importation of carbon black (a petroleum product) for the reinforcement of Natural Rubber (NR) i...
Styrene–butadiene rubber compounds reinforced with commercial multiwall carbon nanotubes (MWCNT) in ...
The formulation of compounds of rubbers is the art and science of selecting and combining rubber and...
The influence of organically modified nanoclay-carbon black (CB) hybrid filler on the curing behavio...
The effect of carbon black (CB) substitution with modified (M-BNT) and raw (BNT) bentonite on the te...
Carbon black is the most used additive in rubber industry. However the future shortage of petrochemi...
AbstractBentonite is an abundant natural resource that has great prospects for used as filler in nat...
Carbon black (CB) is the most widespread reinforcing filler found in rubber compounds. However, the ...
PhDNatural rubber (NR)/organoclay nanocomposites were prepared using organomontmorillonite (OMMT) a...
Foi preparado o nanocompósito de borracha natural/argila chocolate B modificada por sodificação via ...
Nanocompósitos híbridos de borracha natural (NR) com argila mineral montmorilonita (MMT) e celulose ...
Natural rubber/organophilic clay ananocomposites were prepared and characterized. A brown bentonite ...
Over the recent past, nanomaterials have emerged as potential reinforcing and functional materials f...
Nanocomposites were prepared by melt compounding a layered clay, an alkyl quaternary ammonium catio...
This paper determinesthe potential of bentonite to replace the commonly used carbon black...
The importation of carbon black (a petroleum product) for the reinforcement of Natural Rubber (NR) i...
Styrene–butadiene rubber compounds reinforced with commercial multiwall carbon nanotubes (MWCNT) in ...
The formulation of compounds of rubbers is the art and science of selecting and combining rubber and...
The influence of organically modified nanoclay-carbon black (CB) hybrid filler on the curing behavio...
The effect of carbon black (CB) substitution with modified (M-BNT) and raw (BNT) bentonite on the te...
Carbon black is the most used additive in rubber industry. However the future shortage of petrochemi...
AbstractBentonite is an abundant natural resource that has great prospects for used as filler in nat...
Carbon black (CB) is the most widespread reinforcing filler found in rubber compounds. However, the ...
PhDNatural rubber (NR)/organoclay nanocomposites were prepared using organomontmorillonite (OMMT) a...
Foi preparado o nanocompósito de borracha natural/argila chocolate B modificada por sodificação via ...
Nanocompósitos híbridos de borracha natural (NR) com argila mineral montmorilonita (MMT) e celulose ...
Natural rubber/organophilic clay ananocomposites were prepared and characterized. A brown bentonite ...
Over the recent past, nanomaterials have emerged as potential reinforcing and functional materials f...
Nanocomposites were prepared by melt compounding a layered clay, an alkyl quaternary ammonium catio...
This paper determinesthe potential of bentonite to replace the commonly used carbon black...
The importation of carbon black (a petroleum product) for the reinforcement of Natural Rubber (NR) i...
Styrene–butadiene rubber compounds reinforced with commercial multiwall carbon nanotubes (MWCNT) in ...