use for tyre making vulkalent g rhein chemie

  • retarders

    Retarders

    Chemical Composition N-phenyl-N-(trichloromethylsulphenyl)-benzene sulphonamide with additives Appearance / Supply Form white to beige powder, oil coated

  • technical data sheet - rhein chemie

    Technical Data Sheet - Rhein Chemie

    Use Mode of action: Vulkalent® G greatly extends the scorch time, and therefore the flow time, of the compound before the start of vulcanization. The retarding effect is proportional to the amount used provided that Vulkalent® G is used at the recommended levels. Vulkalent® G does not affect the vulcanization curve. Thus, for example, it

  • seals, gaskets and o-rings

    Seals, gaskets and o-rings

    Rhein Chemie auf der Tire Technology Expo vom 11. – 13. Februar 2014 in Köln; Rhein Chemie auf der Tire Technology Expo vom 14. – 16. Februar 2012 in Köln; Rhein Chemie auf der Tire Technology Expo vom 5. – 7. Februar 2013 in Köln; Rhein Chemie auf der Utech Europe vom 17. – 19. April 2012 in Maastricht

  • rolls and printing blankets

    Rolls and printing blankets

    Rhein Chemie auf der Tire Technology Expo vom 11. – 13. Februar 2014 in Köln; Rhein Chemie auf der Tire Technology Expo vom 14. – 16. Februar 2012 in Köln; Rhein Chemie auf der Tire Technology Expo vom 5. – 7. Februar 2013 in Köln; Rhein Chemie auf der Utech Europe vom 17. – 19. April 2012 in Maastricht

  • plasticizers

    Plasticizers

    Appearance/ Supply Form yellowish, slightly turbid liquid Applications rubber and PVC mixes for, e.g. anti-static cots and aprons, printing roller sleeves, driving belts, conveyer belts for mining, tire equipment, fuel hoses, flooring, cable compounds

  • wo2008046430a1 - process for manufacturing a tyre and tyre

    WO2008046430A1 - Process for manufacturing a tyre and tyre

    Process for manufacturing a tyre, comprising the following steps: (a) winding at least one metal wire so as to form a plurality of coils, said coils being radially superimposed and axially arranged side-by-side with respect to one another, so as to obtain a bead core (25); (b) applying at least one layer of a crosslinkable elastomeric material (26) to the bead core obtained in step (a), so as

  • rolls and printing blankets

    Rolls and printing blankets

    Rhein Chemie provides solutions for the tire industry in India – In addition to release agents, the company is now producing polymer-bound rubber chemicals in India Rhein Chemie reaches another milestone in REACH European chemicals policy

  • seals, gaskets and o-rings

    Seals, gaskets and o-rings

    Rhein Chemie provides solutions for the tire industry in India – In addition to release agents, the company is now producing polymer-bound rubber chemicals in India Rhein Chemie reaches another milestone in REACH European chemicals policy

  • top 10 tyre companies in the world - top tyre brands in the world

    Top 10 Tyre Companies in the World - Top Tyre Brands in the world

    This is a Germany based tyre manufacturing company that’s headquartered in Hanover. Continental is the fourth most popular tyre brand in North America and around the seventh in the world. The company has been able to make a name for itself as a leading producer of replacement and original tyres.

  • lanxess edge for tyre industry

    Lanxess edge for tyre industry

    The Lanxess Rhein Chemie Additives business unit exhibited products from its extensive portfolio, such as eco-friendly Rhenodiv release agents, Rhenomark tyre marking paints, the well-known anti-reversion agent Perkalink 900 and the crosslinking additive Vulcuren.

  • rhein chemie presents results of the carboelast project

    Rhein Chemie presents results of the CarboElast project

    Rhein Chemie Rheinau, based in Mannheim, Germany, will inform about the results of the CarboElast project at K 2013. Other highlights at the RheinChemie stand include Rhenogran Geniplex-70, a crosslinking activator for state-of-the-art sulfur crosslinking systems, Rhenoblend functional elastomers with special properties based on trans-polynorbornene, Rhenodiv and Rhenoshape bladder technology

  • rhein chemie expands madurai facility - the economic times

    Rhein Chemie expands Madurai facility - The Economic Times

    Rhein Chemie group expands Madurai facility for supplying polymer bound rubber chemicals used in tyre and technical rubber processing industries.

  • ep2568003a1 - filler compositions for rubber mixtures

    EP2568003A1 - Filler compositions for rubber mixtures

    Independent claims are also included for: (1) a rubber mixture comprising at least one polymer and at least one component of the above mixture; and (2) preparing the rubber composition, comprising providing polymer, adding silicic acid, and adding dithiophosphoric acid and/or dithiophosphate, mercaptosilane, and optionally adding amine or the

  • rhein chemie expands madurai facility - the economic times

    Rhein Chemie expands Madurai facility - The Economic Times

    Rhein Chemie group expands Madurai facility for supplying polymer bound rubber chemicals used in tyre and technical rubber processing industries.

  • lanxess edge for tyre industry

    Lanxess edge for tyre industry

    The Lanxess Rhein Chemie Additives business unit exhibited products from its extensive portfolio, such as eco-friendly Rhenodiv release agents, Rhenomark tyre marking paints, the well-known anti-reversion agent Perkalink 900 and the crosslinking additive Vulcuren.

  • mixtures composed of functionalized diene rubbers with

    MIXTURES COMPOSED OF FUNCTIONALIZED DIENE RUBBERS WITH

    The invention relates to functionalized diene rubbers with trimethylolpropane and fatty acid, to a process for production there of and use thereof for the production of wet-skid-resistant and low-roll

  • wo2008046430a1 - process for manufacturing a tyre and tyre

    WO2008046430A1 - Process for manufacturing a tyre and tyre

    Process for manufacturing a tyre, comprising the following steps: (a) winding at least one metal wire so as to form a plurality of coils, said coils being radially superimposed and axially arranged side-by-side with respect to one another, so as to obtain a bead core (25); (b) applying at least one layer of a crosslinkable elastomeric material (26) to the bead core obtained in step (a), so as

  • rolls and printing blankets

    Rolls and printing blankets

    Rhein Chemie provides solutions for the rubber industry in Russia: Construction started of production lines for polymer-bound chemicals and release agents in Russia; Rhein Chemie provides solutions for the tire industry in India – In addition to release agents, the company is now producing polymer-bound rubber chemicals in India

  • extrusion | rubber & tyre machinery world

    extrusion | Rubber & Tyre Machinery World

    To accommodate throughput rates, machines make use of large breaker plate -screen pack configurations and may be equipped with dual heads etc to facilitate quick screen change. Given the nature of the device, the low impact on material temperature vs working pressure and the ability to achieve extremely fine filtration the technology is suited

  • technical data sheet - rhein chemie

    Technical Data Sheet - Rhein Chemie

    increased by adding Vulkalent® E/C. Vulkalent® E/C is particularly suitable for tire compounds because its retarding effect on thiazole accelerators is exceptionally marked. It is also suitable for use in the manufacture of other goods, including technical goods and footwear. Vulkalent® E/C is particularly recommended for molded

  • technical data sheet - rhein chemie

    Technical Data Sheet - Rhein Chemie

    Use Mode of action: Vulkalent® G greatly extends the scorch time, and therefore the flow time, of the compound before the start of vulcanization. The retarding effect is proportional to the amount used provided that Vulkalent® G is used at the recommended levels. Vulkalent® G does not affect the vulcanization curve. Thus, for example, it

  • rolls and printing blankets

    Rolls and printing blankets

    Rhein Chemie auf der Tire Technology Expo vom 11. – 13. Februar 2014 in Köln; Rhein Chemie auf der Tire Technology Expo vom 14. – 16. Februar 2012 in Köln; Rhein Chemie auf der Tire Technology Expo vom 5. – 7. Februar 2013 in Köln; Rhein Chemie auf der Utech Europe vom 17. – 19. April 2012 in Maastricht

  • seals, gaskets and o-rings

    Seals, gaskets and o-rings

    Rhein Chemie auf der Tire Technology Expo vom 11. – 13. Februar 2014 in Köln; Rhein Chemie auf der Tire Technology Expo vom 14. – 16. Februar 2012 in Köln; Rhein Chemie auf der Tire Technology Expo vom 5. – 7. Februar 2013 in Köln; Rhein Chemie auf der Utech Europe vom 17. – 19. April 2012 in Maastricht

  • ep1584492a1 - a tire bead, tire bead rubber composition

    EP1584492A1 - A tire bead, tire bead rubber composition

    tire rubber tire bead Prior art date 1999-11-04 Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.) Granted Application number EP05012291A Other languages German (de) French (fr) Other versions EP1584492B1

  • kr101585448b1 - rubber composition for tire cap tread

    KR101585448B1 - Rubber Composition For Tire Cap Tread

    The present invention relates to a rubber composition for a tire cap tread and a method of compounding the rubber composition. More particularly, the present invention relates to a rubber composition comprising a base polymer, which comprises N-cyclohexyl-2-benzothiazole- 2-benzothiazyl sulphenamide); 55 to 75% by weight of sulfur and 30 to 40% by weight of an elastomeric binder as a

  • wo2008046430a1 - process for manufacturing a tyre and tyre

    WO2008046430A1 - Process for manufacturing a tyre and tyre

    Process for manufacturing a tyre, comprising the following steps: (a) winding at least one metal wire so as to form a plurality of coils, said coils being radially superimposed and axially arranged side-by-side with respect to one another, so as to obtain a bead core (25); (b) applying at least one layer of a crosslinkable elastomeric material (26) to the bead core obtained in step (a), so as