Octocure

This diverse product line offers a complete series of zinc-based dithiocarbamate dispersions as latex and rubber accelerators. Zinc Oxide, Sulfur, Diphenylguanidine, and N’N’-diphenylthiourea dispersions complete the cure package ingredient offerings. Both standard composite and custom cure packages, as well as master batches are available within this family of products.

Octocure 456

Rubbermaker's Sulfur; aqueous dispersion, ball-milled to a uniform small particle size, 70% total solids

Used as a vulcanizer in latex compounds.

Technical Data Sheet Safety Data Sheet

Octocure 462

Zinc Oxide 60% aqueous dispersion, French process

Commonly used pigment and accelerator for the vulcanization of rubber. Well suited for use in gelled latex compounds.70% version of this product is available on a made to order basis.

Technical Data Sheet Safety Data Sheet

Octocure 530

Diphenyl Guanidine 51.0% Diphenylguanidine

Aqueous dispersion latex accelerator typically used as an activator for other accelerators.

Technical Data Sheet Safety Data Sheet

Octocure 573

Zinc Oxide 60% dispersion readily incorporated directly into latex emulsion compounds

Used for pigmenting and vulcanizing of latex rubber.

Technical Data Sheet Safety Data Sheet

Octocure 750

Rubbermaker's sulfur; aqueous dispersion, ball milled to a uniform small particle size, 65% total solids

Used as vulcanizer in latex compounds.

Technical Data Sheet Safety Data Sheet

Octocure 803

Zinc Oxide 50% aqueous dispersion readily incorporated directly into latex emulsion compounds

Commonly used to the pigmenting and vulcanizing of latex rubber.

Technical Data Sheet Safety Data Sheet

IMPORTANT NOTICE: Please be advised that the presence of a Safety Data Sheet (SDS) in a particular format does not imply regulatory status. Product regulatory information is available in section 15 of the SDS. If section 15 does not list the registration status you're seeking, we can provide further information. Please contact our Sales Department for purchasing details and most recent SDS.