pvi/ctp Rubber Additives Antiscorching Agent chemicals
- Classification:Chemical auxiliary agent
- Shape:Powder
- Purity:0.955
- Appearance:Light Yellow or Grey-white
- Application:Plastic Auxiliary Agents, Rubber Auxiliary Agents
- Shelf Life:2 Years
- Packing:In 25kgs bag
- Storage:Cool Dry Place
flame retarders / anti-scorching agents. pvi or ctp also known as n- (cyclohexylthio)phthalimide used as ant scorching agent, is an flame retardant for nr and synthetic diene rubbers. pvi is a pre-vulcanization inhibitor which enables processing safety to be controlled in a predictable manner in sulphur curable compounds.
new vulcanization accelerator for tires best manufacturer,lanxess has developed a universally suitable vulcanization accelerator for tires and technical rubber goods. it is said the trial product vp vulkacit tz offers sufficient time for full cross-linking, even at high temperatures. this new vulcanization accelerator is a sulfenamide based on aromatic amines and is suitable for all types of rubber
rubber antiscorching agent pvi (ctp) chemicals manufacturer price
categories rubber plastic ingredients, antiscorching agent. chemical name: rubber antiscorching agent pvi (ctp) cas no.: -82-6. mf: c14h15no2s. einecs no.: 241-774-1. appearance: white crystal (granule) low moq. provide low minimum order quantity to meet different needs.
china rubber accelerator zbec(zbdc) manufacturer, suppliers,specification: function： 1. speeding accelerator: this product is a main or co-promoter with a very fast vulcanization rate and belongs to the speeding accelerator.
technical data sheet rubber anti-scorching agent ctp/pvi(powder)
ctp/pvi(powder) conventional curing system. ctp can be used in natural or synthetic rubber and can effectively prevent the rubber compounds from scorching during processing. it makes it possible for calender to work at high temperature and high speed, and improves capacity of the vulcanizer. ctp can also improve the storage stability of the
which is the best accelerator mbts(dm)for rubber in sri lanka,rubber accelerator mbts (dm) rubber accelerator mbts(dm) chemical name:dibenzothiazole disulfide cas no ：120-78-5 (m.w.=332.50) properties: a little bitter taste, nonpoisonous. specific gravity:1.45-1.54. souble in chloroform, slightly soluble in benzene, ethyl alcohol and carbon tetrachloride. i nsoluble in gasoline, water and ethyl acetate.
antiscorching agent pvi(ctp) rubber accelerator
chemical name: n-(cyclhexyl thio) phthalimide synonyms: ctp, pvi molecular formula: c 14 h 15 o 2 ns structural formula: molecular weight: 261.33 cas no.: -82-6 technical specification: q/ssh003-2008
china rubber accelerator etu manufacturer, suppliers, factory,we recognize the need to develop high-tech rubber accelerator etu to enhance our core competitiveness in today's era of innovation. our factory is equipped with state-of-the-art technology. since our rubber accelerator etu entered the market, it has shown great potential, and we are confident that it will occupy a larger market share.
antiscorching agent ctp (pvi) (powder) cas 17796-82-6
meanwhile, it has reclaimaion function for rubber materials that have been borne at high temperature or dangerous for scorching. packaging and storage of antiscorching agent ctp (pvi) packed in paper/plastic laminated bag, of 20 or 25 kg net .the products should be stored and transported on pallets in dry and covered places and vehicles.
wopdc ctp (pvi)-85 anti-scorching agent wealth ocean,and 15% special organic matter, dispersing agent . appearance . light yellow / white granules ; density (g/cm3) approximately 1.10 （g/cm3） applications packaging and storage 25 kgs in carton box with polyethylene bag liner. keep cool and dry in original packaging. 12 months from date of production. disclaimer ：the information is for
antiscorch agent ctp: a guardian against rubber scorching in,the controlled and delayed vulcanization provided by antiscorch agent ctp ensures that the rubber compounds maintain their processability during mixing, extrusion, and molding stages. this is particularly crucial in tire manufacturing, where precise control over the vulcanization process is essential to achieve the desired tire properties.
