Application: low surface area "soft" filler for elastomeric systems. Physical form: air float beneficiated fine powder... view more

Carrier : calcium silicate. Compared with pure silane this dry liquid liquid improves handling and dosage, gives a better dispersion and optimum distribution of the active ingredient inside the... view more

Chemically modified clay... view more

Thermally treated kaolinite (aluminum silicate) obtained from Charentes Basin. Shows a positive effect on hardness, strength, deformation and compression properties of vulcanizates. Suitable for... view more

Coagent for the peroxide vulcanisation. Increases efficiency of used peroxides, peroxide dosages can be reduced significantly. Ester-like odour. Soluble in ethanol, diethyl ether, ketones, esters... view more

Hard kaolin clay. Air float benificiated fine powder... view more

Furnace black... view more

Kaolin (aluminum silicate). It shows a positive effect on hardness, strength, deformation and compression properties of vulcanizates. Suitable for rubber industry... view more

Calcined kaolin (aluminum silicate). Shows a positive effect on hardness, strength, deformation and compression properties of vulcanizates. Suitable for rubber industry... view more

Kaolin (aluminum silicate). Shows a positive effect on hardness, strength, deformation and compression properties of vulcanizates. Suitable for rubber industry... view more

Hard kaolin clay. Air float beneficiated fine powder... view more

It acts as an anti-blocking agent. Also, it is a masterbatch with an impressive level of adaptability. Forms ultra-thin, non-migratory film on the surface with good lubricating properties, increased... view more

It acts as an anti-blocking agent. Also, it is a masterbatch with an impressive level of adaptability. Forms ultra-thin, non-migratory film on the surface with good lubricating properties, increased... view more

LUVOBATCH® PA AB 9886 B acts as an anti-blocking agent. Also, it is a masterbatch with an impressive level of adaptability. Forms ultra-thin, non-migratory film on the surface with good lubricating... view more

It acts as an anti-blocking agent. Also, it is a masterbatch with an impressive level of adaptability. Forms ultra-thin, non-migratory film on the surface with good lubricating properties, increased... view more

LUVOBATCH® PE BA 9537 by Lehmann Voss is carbonate-based compound. Acts as an endothermal blowing agent and nucleating agent. It is a dust-free, low-cost masterbatch. Releases non-toxic gases... view more

Mixture. Acts as a blowing agent. It is a dust-free, low-cost masterbatch in micro-granulate form comprising both endothermal and exothermal blowing agents. Releases non-toxic gases by means of... view more

It acts as an anti-blocking agent. Also, it is a masterbatch with an impressive level of adaptability. Forms ultra-thin, non-migratory film on the surface with good lubricating properties, increased... view more

Azodicarbonamide/ sulfohydrazide based compound. Acts as a blowing agent. It is a dust-free masterbatch in compact form. Releases nitrogen, carbon dioxide or ammonia upon initiation by irradiation... view more

Azodicarbonamide/ sulfohydrazide based compound. Acts as a blowing agent. It is a dust-free masterbatch in micro-granulate form. Releases nitrogen, carbon dioxide or ammonia upon initiation by... view more

Azodicarbonamide/ sulfohydrazide based compound. Acts as a blowing agent. It is a dust-free masterbatch in micro-granulate form. Releases nitrogen, carbon dioxide or ammonia upon initiation by... view more

Mixture. Acts as a blowing agent. It is a dust-free, low-cost masterbatch in granulate/ micro-granulate form comprising both endothermal and exothermal blowing agents. Releases non-toxic gases by... view more

Carbonate-based compound. Acts as a blowing agent. It is a dust-free, low-cost masterbatch. Releases non-toxic gases (carbon dioxide & water vapor) by means of thermally activated decomposition... view more

Halogenated compound. Acts as a flame retardant. It is a masterbatch developed to withstand fire. Works in gaseous phase by interrupting radical reaction mechanism. Neutralizes energy-rich H- and... view more

Halogen-free mineral-based compound. Acts as a flame retardant. It is a masterbatch developed to withstand fire. Works through a variety of chemical and physical mechanisms where the active... view more

Halogen-free mineral-based compound. Acts as a flame retardant. It is a masterbatch developed to withstand fire. Works through a variety of chemical and physical mechanisms where the active... view more

Hindered amine. Acts as an UV (ultraviolet) light stabilizer (also known as UV absorber). It is a masterbatch which exhibits light resistance. Offers many benefits including avoidance of... view more

It acts as a blowing and nucleating agent. Moreover, it is a dust-free, low-cost masterbatch in granulate form. Releases non-toxic gases by means of thermally activated decomposition reaction that... view more

Carbonate-based compound. Acts as an endothermal blowing agent. It is a dust-free, low-cost masterbatch. Releases non-toxic gases (carbon dioxide & water vapor) by means of thermally activated... view more

Carbonate-based compound. Acts as a blowing agent. It is a dust-free, low-cost masterbatch. Releases non-toxic gases (carbon dioxide & water vapor) by means of thermally activated decomposition... view more

Halogen-free mineral-based compound. Acts as a flame retardant. It is a masterbatch developed to withstand fire. Works through a variety of chemical and physical mechanisms where the active... view more

Halogen-free mineral-based compound. Acts as a flame retardant. It is a masterbatch developed to withstand fire. Works through a variety of chemical and physical mechanisms where the active... view more

Antimony trioxide (Sb2O3)-free halogenated compound. Acts as a flame retardant. It is developed to withstand fire. Works in gaseous phase by interrupting radical reaction mechanism. Neutralizes... view more

Halogenated compound. Acts as a flame retardant. It is a masterbatch developed to withstand fire. Works in gaseous phase by interrupting radical reaction mechanism. Neutralizes energy-rich H- and... view more

Halogen-free mineral-based compound. Acts as a flame retardant. It is a masterbatch developed to withstand fire. Works through a variety of chemical and physical mechanisms where the active... view more

Halogenated compound. Acts as a flame retardant. It is a masterbatch developed to withstand fire. Works in gaseous phase by interrupting radical reaction mechanism. Neutralizes energy-rich H- and... view more

Hindered amine. Acts as an UV (ultraviolet) light stabilizer (also known as UV absorber). It is a masterbatch which exhibits light resistance. Offers many benefits including avoidance of... view more

Antimony trioxide (Sb2O3)-free halogenated compound. Acts as a flame retardant. It is developed to withstand fire. Works in gaseous phase by interrupting radical reaction mechanism. Neutralizes... view more

Halogenated compound. Acts as a flame retardant. It is a masterbatch developed to withstand fire. Works in gaseous phase by interrupting radical reaction mechanism. Neutralizes energy-rich H- and... view more

Hindered amine. Acts as an UV (ultraviolet) light stabilizer (also known as UV absorber). It is a masterbatch which exhibits light resistance. Offers many benefits including avoidance of... view more

Azodicarbonamide/ sulfohydrazide based compound. Acts as a blowing agent. It is a dust-free masterbatch in compact form. Releases nitrogen, carbon dioxide or ammonia upon initiation by irradiation... view more

ADCA (Azodicarbonamide)/ OBSH (sulfohydrazide) based compound. Acts as a blowing agent. It is a masterbatch in powder form. Releases nitrogen, carbon dioxide or ammonia upon initiation by... view more

It acts as a blowing and nucleating agent. Moreover, it is a dust-free and low-cost product. Releases non-toxic gases by means of thermally activated decomposition reaction that occurs during... view more

Carbonate-based compound. Acts as an endothermal blowing agent. It is a dust-free, low-cost masterbatch. Releases non-toxic gases (carbon dioxide & water vapor) by means of thermally activated... view more

Mixture. Acts as a blowing agent. It is a dust-free, low-cost masterbatch in granulate form comprising both endothermal and exothermal blowing agents. Releases non-toxic gases by means of thermally... view more

Halogenated compound. Acts as a flame retardant. It is a masterbatch developed to withstand fire. Works in gaseous phase by interrupting radical reaction mechanism. Neutralizes energy-rich H- and... view more

LUVOGARD® COM PP 54 HF by Lehmann & Voss acts as a flame retardant. Exhibits no metering, high product reliability and ease of handling. Provides flame retardant properties to SMC (sheet molding... view more

LUVOGARD® COM PP8 SB by Lehmann & Voss acts as a halogenated flame retardant. Offers high product reliability, no metering and ease of handling. Provides flame retardant properties to SMC (sheet... view more

It acts as a flame retardant. Provides flame retardant properties to SMC (sheet molding compounds) and BMC (bulk molding compounds) polyester resins and PVC (polyvinyl chloride) plastisols. Benefits... view more

Furnace black. It acts as a reinforcing filler. Suitable for rubber industry. Applications include car treads, carcass, V-belt, timing belts, hoses, manifolds, gaskets, O-rings, packing washers... view more

Furnace black. It acts as a reinforcing filler. Suitable for rubber industry. Applications include car treads and truck treads in tires... view more

Furnace black. It acts as a reinforcing filler. Suitable for rubber industry. Applications include high-performance racing treads and truck treads in tires... view more

Furnace black. It acts as a reinforcing filler. Suitable for rubber industry. Meets the vast majority of market demand... view more

Furnace black. It acts as a reinforcing filler. Suitable for rubber industry. Applications include high-performance racing treads and truck treads in tires... view more

Furnace black. It acts as a reinforcing filler. Suitable for rubber industry. Applications include high-performance racing treads, truck treads and conveyor belts... view more

Furnace black. It acts as a reinforcing filler. Suitable for rubber industry. Applications include car treads, truck treads, hoses, manifolds and conveyor belts... view more

Furnace black. It acts as a reinforcing filler. Suitable for rubber industry. Applications include carcass in tires... view more

Furnace black. It acts as a reinforcing filler. Suitable for rubber industry. Applications include car treads, truck treads, carcass, solid tires and conveyor belts... view more

Furnace black. It acts as a reinforcing filler. Suitable for rubber industry. Applications include car treads, truck treads, solid tires and conveyor belts... view more

Furnace black. It acts as a reinforcing filler. Suitable for rubber industry. Applications include carcass, window, door seals and windscreen wiper blades... view more

Furnace black. It acts as a reinforcing filler. Suitable for rubber industry. Applications include carcass, hoses, manifolds, window, door seals, O-rings, packing washers, windscreen wiper blades... view more

Furnace black. It acts as a reinforcing filler. Suitable for rubber industry. Meets the vast majority of market demand in low-grit applications... view more

Furnace black. It acts as a reinforcing filler. Suitable for rubber industry. Applications include carcass, hoses, manifolds, window, door seals, O-rings, packing washers, windscreen wiper blades... view more

Furnace black. It acts as a reinforcing filler. Suitable for rubber industry. Meets the vast majority of market demand in low-grit applications... view more

Furnace black. It acts as a reinforcing filler. Suitable for rubber industry. Applications include inner liners, carcass, engine bearings, oscillation dampers, solid tires, shoe soles, roofing... view more

Furnace black. It acts as a reinforcing filler. Suitable for rubber industry. Applications include inner liners, V-belts, timing belts, hoses, manifolds, O-rings, packing washers, engine bearings... view more

Natural composite of amorphous carbon and cryptocrystalline silica. It has a platelet-like structure. Improves gas impermeability. Reduces heat build-up, ensures low permanent set characteristics... view more

Natural composite of amorphous carbon and cryptocrystalline silica. It has a platelet-like structure. Improves gas impermeability. Reduces heat build-up, ensures low permanent set characteristics... view more

Natural composite of amorphous carbon and cryptocrystalline silica. It has a platelet-like structure. Improves gas impermeability. Reduces heat build-up, ensures low permanent set characteristics... view more

Natural composite of amorphous carbon and cryptocrystalline silica. It has a platelet-like structure. Improves gas impermeability. Reduces heat build-up, ensures low permanent set characteristics... view more

Lamp black. Acts as a reinforcing filler. Suitable for rubber industry... view more

Lamp black. Acts as a reinforcing filler. Suitable for rubber industry... view more

Thermal black. It acts as a reinforcing filler. Suitable for rubber industry. Applications include inner liners, hoses, manifolds, gaskets, O-rings, packing washers, windscreen wiper blades... view more

Thermal black. Acts as a reinforcing filler. It has a positive influence on the permanent set characteristics. As an inactive carbon black, it makes it possible to achieve high levels of filling... view more

Precipitated silica. It exhibits high potential for reinforcement, high values for tensile strength, Shore hardness, tear propagation resistance and abrasion resistance in rubbers... view more

Precipitated silica. It exhibits high potential for reinforcement, high values for tensile strength, Shore hardness, tear propagation resistance and abrasion resistance in rubbers... view more

Precipitated silica. It exhibits high potential for reinforcement, high values for tensile strength, Shore hardness, tear propagation resistance and abrasion resistance in rubbers... view more

Fumed silica. It is a white-powdered filler. Suitable for rubber industry... view more

Fumed silica. It is a white-powdered filler. Suitable for rubber industry... view more

Precipitated silica. It exhibits high potential for reinforcement, high values for tensile strength, Shore hardness, tear propagation resistance and abrasion resistance in rubbers... view more

Precipitated silica. It exhibits high potential for reinforcement, high values for tensile strength, Shore hardness, tear propagation resistance and abrasion resistance in rubbers... view more

Precipitated silica. It exhibits high potential for reinforcement, high values for tensile strength, Shore hardness, tear propagation resistance and abrasion resistance in rubbers... view more

Fumed silica. It is a white-powdered filler. Suitable for rubber industry... view more

Fumed silica. It is a white-powdered filler. Suitable for rubber industry... view more

Lamp black... view more

Lamp black... view more

Thermal black... view more

Lamp black... view more

Lamp black... view more

Lamp black... view more

Channel black... view more

Bifunctional silane, provides excellent coupling between silica fillers and polymer in sulphur-cured elastomeric compounds. Increases crosslinking density between polymer and silica during... view more

Bifunctional silane, provides for excellent coupling between silica fillers and polymer in sulphur-cured elastomeric compounds. Increases crosslinking density between polymer and silica during... view more

Bifunctional silane, provides for excellent coupling between silica fillers and polymer in sulphur-cured elastomeric compounds. Increases crosslinking density between polymer and silica during... view more

Is a highly effective odorant, useful when coverage or a parfuming effect is desired to change the typical smell of a solid rubber vulcanisate. Recommended dosage Odorizing effects can be achieved... view more

Free-flowing powder. Plasticizer that reduces the inflammability of rubbers. Most effective in combination with antimony trioxide... view more

Plastisols applications... view more

Suitable for a wide range of applications, very fine cells... view more

Contains 25% oil... view more

Modified ADC, 100% active. For light articles... view more

Exothermic blowing agent mixture (100% active). PVC extrusion, especially for tin stabilised free foam sheets... view more

Exothermic blowing agent mixture (40% PVC carrier). Especially for tin stabilised free foam sheets... view more

Powder mixture. Celuka-profiles in combination with bicarbonate. PVC plastisols applications... view more

For high temperature applications... view more

exothermic blowing agent mixture. PVC plastisols applications... view more

Exothermic blowing agent mixture, 100% active. Multi-purpose grade for PVC... view more

Exothermic blowing agent mixture with activator (50% PVC carrier). Multi-purpose grade for PVC... view more

LUVOPOR® 9259 by Lehmann & Voss is a 20% mineral oil based exothermic/endothermic blowing agent system. It is a light yellow powder... view more

Exothermic blowing agent mixture, 100% active. Recommended for Celuka profiles in combination with bicarbonate... view more

Endo/exothermic blowing agent mixture. Foaming of rigid-PVC with Celuka-method... view more

Plastisols applications. Fine particle size... view more

LUVOPOR® AT 6100 by Lehmann & Voss is a blowing agent system based on azodicarbonamide. It is available in yellow powder form... view more

LUVOPOR® AT 6180 by Lehmann & Voss is a 20% mineral oil based azodicarbonamide and toluene sulphonyl hydrazide. Acts as a blowing agent... view more

LUVOPOR® OB Paste by Lehmann & Voss is a 20% mineral oil-based 4,4’-oxybis(benzene-sulphonylhydrazide. Acts as a blowing agent... view more

LUVOPOR® TSH Paste by Lehmann & Voss is a 25% mineral oil based toluene sulphonylhydrazide. Acts as a blowing agent. Used in plastisol applications... view more

High temperature applications... view more

Provides a quick and optimum distribution of zinc oxide inside the compound. Is an applied plasticizing emulsion. More exact dosage. Easy handling. No immision of Zinc dust. Reduced space for... view more

Provides a quick and optimum distribution of zinc oxide inside the compound Is an applied plasticizing emulsion. More exact dosage. Easy handling. No immission of zinc dust. Reduced space for... view more

Thermal black... view more

Wet-ground muscovite (common mica). It is chemically inert and has a defined particle size. Exhibits resistance to heat and weather. Also exhibits very good electrical insulation properties. Gives... view more

Muscovite (common mica). It gives the appearance of plate-like layered silicates when used for application purposes. Suitable for rubber industry... view more

Muscovite (common mica). It gives the appearance of plate-like layered silicates when used for application purposes. Suitable for rubber industry... view more

Heat expandable polymeric microspheres with a wide range of performance characteristics. Acts as a filler. Expand to form a low density sphere, creating unique and often, improved end-product... view more

Heat expandable polymeric microspheres with a wide range of performance characteristics. Acts as a filler. Expand to form a low density sphere, creating unique and often, improved end-product... view more

Heat expandable polymeric microspheres with a wide range of performance characteristics. Acts as a filler. Expand to form a low density sphere, creating unique and often, improved end-product... view more

Heat expandable polymeric microspheres with a wide range of performance characteristics. Expand to form a low density sphere, creating unique and often, improved end-product properties. Offers very... view more

Expandable microcapsule. Acts as a filler. It encapsulates a volatile hydrocarbon with vinylidene chloride copolymer as shell... view more

Thermal expandable microsphere, containing a volatile hydro-carbon. Acts as a filler. The shell consists of a vinylidene-chloride-copolymer with a particle size of approximately 10-20 μm. It has low... view more

Thermal expandable microcapsule containing volatile hydrocarbons. Acts as a filler. Microcapsules are of particle diameter of 10 – 20 microns. Offers superior solvent stability, heat stability... view more

Thermoexpandable microcapsule encapsulated a volatile hydrocarbon. Acts as a filler. Offers improved color stability, high expandability, and a short, exact expansion window. Contains free... view more

Application: low surface area "soft" filler for elastomeric systems. Physical form: air float beneficiated fine powder... view more

Calcined kaolin (aluminum silicate) with aminosilane-coating. Shows a positive effect on hardness, strength, deformation and compression properties of vulcanizates. Suitable for rubber industry... view more

Calcined kaolin (aluminum silicate) with vinylsilane coating. Shows a positive effect on hardness, strength, deformation and compression properties of vulcanizates. Suitable for rubber industry... view more

Kaolin (aluminum silicate). It shows a positive effect on hardness, strength, deformation and compression properties of vulcanizates. Suitable for rubber industry... view more

Kaolin (aluminum silicate). It shows a positive effect on hardness, strength, deformation and compression properties of vulcanizates. Suitable for rubber industry... view more

Kaolin (aluminum silicate). It shows a positive effect on hardness, strength, deformation and compression properties of vulcanizates. Suitable for rubber industry... view more

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Precipitated silicas... view more

Precipitated silicas... view more

Kaolin (aluminum silicate). It shows a positive effect on hardness, strength, deformation and compression properties of vulcanizates. Suitable for rubber industry... view more

Chemically modified clay... view more

Kaolin (aluminum silicate). It shows a positive effect on hardness, strength, deformation and compression properties of vulcanizates. Suitable for rubber industry... view more

Hard kaolin (aluminum silicate). It shows a positive effect on hardness, strength, deformation and compression properties of vulcanizates. Suitable for rubber industry... view more

Cross-linking co-agent for radical polymerisation of vinylmonomers, as hardener for PVC plastisoles, curing agent in peroxide cured synthetic rubbers, additive in adhesive. Polymerizes at increased... view more

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