MRG MECHANICAL RUBBER GOODS

MECHANICAL RUBBER GOODS

MECHANICAL RUBBER GOODS

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MRG ANTI-VIBRATION
MECHANICAL RUBBER GOODS
ANTI-VIBRATION SYSTEMS
ANTI-VIBRATION
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MRG BELTS
MECHANICAL RUBBER GOODS
BELTS
BELTS
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MRG HOSES
MECHANICAL RUBBER GOODS
HOSES
HOSES
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MRG WEATHER STRIPPING
MECHANICAL RUBBER GOODS
SEALING SYSTEMS
WEATHER STRIPPING
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Inspiring your success through class-leading products, supply security and personalized service.

Our range of high-performance carbon blacks enables compounders and rubber goods manufacturers to exceed their customer’s requirements for excellence in processing, surface finish appearance and product durability. Birla Carbon solutions meet the unique needs of applications including weather strip, belts, hoses and anti-vibration components among the many and varied rubber goods applications. Our carbon blacks can play a significant role in your ability to tailor mechanical and electrical properties, fatigue life, mixing energy and rheology to give you a competitive edge in the markets you serve.

As a world leader in carbon black production, Birla Carbon offers an unmatched global manufacturing, technical service, and sales footprint, including 16 manufacturing assets globally. We have deep applications expertise across all carbon black use sectors and the ability to develop unique solutions for the needs of our partners.

OUR SOLUTIONS – YOUR VALUE

ANTI-VIBRATION SYSTEMS

ANTI-VIBRATION SYSTEMS

Specialized carbon black solutions for improved processing, durability and vibration isolation in rubber compounds for mounts, bushings, dampers and air springs.

BELTS

BELTS

Specialized carbon black solutions for improved durability, lower heat build-up and desirable electrical conductivity in rubber compounds for power transmission, timing and materials conveying belts.

HOSES

HOSES

Specialized carbon black solutions for improved processing, durability, surface finish and desirable electrical resistivity in rubber compounds for coolant, pressure, fuel and air hoses.

SEALING SYSTEMS

SEALING SYSTEMS

Specialized carbon black solutions for improved processing, appearance and tailored electrical resistivity in rubber compounds for weather strip, drain channels, seals and molded parts.

OUR PRODUCTS

Product NameDescriptionData SheetSDSContact
BC1001 A very low surface area, medium structure semi-reinforcing carbon black with optimized morphology to provide superior performance for dense weatherstrip, dynamic applications and thin-walled injection molded parts. BC1001 can replace standard carbon blacks at higher loadings while also delivering easier mixing and better processing. brochure-iconcontact-icon
BC1003 A very low surface area, low structure semi-reinforcing carbon black to provide superior performance for higher frequency anti-vibration systems such as engine mounts. BC1003 delivers minimized spring rates and extended compound durability and can serve as a cost effective alternative to thermal blacks.brochure-iconcontact-icon
BC1004 A very low surface area, medium structure semi-reinforcing carbon black with optimized morphology to produce highly loaded hose or profile compounds with reduced compound costs, excellent processing and superior low gloss surface finish. BC1004 is uniquely designed for higher compound electrical resistivity versus conventional carbon blacks for situations where electrochemical degradation (ECD) or galvanic corrosion issues are encountered.brochure-iconcontact-icon
BC1029 A very low surface area, medium-high structure semi-reinforcing carbon black with exceptionally low residue and optimized morphology to provide superior performance for thin-walled injection molded parts and highly loaded extrusion applications. BC1029 delivers excellent processing with fewer screen changes, improved dispersion, higher carbon black loadings and superior Class A surface finish.brochure-iconcontact-icon
BC1031 A low surface area, high structure semi-reinforcing carbon black with optimized pellet properties and exceptionally low residue to provide superior performance for highly loaded extrusion applications. BC1031 delivers excellent processing with fewer screen changes, improved dispersion and superior Class A surface finish.brochure-iconcontact-icon
BC1034 A low surface area, medium-low structure semi-reinforcing carbon black with exceptionally low residue to provide superior performance for blown weatherstrip, dynamic applications and thin-walled injection molded parts. BC1034 delivers excellent durability and surface finish.brochure-iconcontact-icon
BC1041 A low surface area, low structure semi-reinforcing carbon black with exceptionally low residue to provide superior performance for dense weatherstrip, dynamic applications and thin-walled injection molded parts. BC1041 delivers excellent processing with fewer screen changes, improved dispersion and superior Class A surface finish.brochure-iconcontact-icon
BC1051 A low surface area, low structure semi-reinforcing carbon black with exceptionally low residue to provide superior performance for dynamic applications and thin-walled injection molded parts. BC1051 delivers improved dispersion and excellent processing with fewer screen changes.brochure-iconcontact-icon
BC1095 A low surface area, high structure semi-reinforcing carbon black with optimized pellet properties and high retained structure to provide superior performance for highly loaded extrusion applications. BC1095 delivers excellent processing with improved dispersion and superior Class A surface finish.brochure-iconcontact-icon
BC2056 A novel reinforcing carbon black with optimized medium-high surface area and engineered distributions of particle and aggregate size in order to minimize hysteresis while balancing targeted mechanical and durability properties such as hardness, tensile strength and abrasion resistance. BC2056 delivers rapid incorporation and differentiated reinforcement levels to maximize compounding efficiency and achieve dispersion and performance levels beyond standard products for demanding dynamic applications including belt, track and anti-vibration.brochure-iconcontact-icon
BC2109A novel reinforcing carbon black with optimized high surface area and engineered distributions of particle and aggregate size in order to minimize hysteresis while balancing targeted mechanical and durability properties such as hardness, tensile strength and abrasion resistance. BC2109 delivers rapid incorporation and differentiated reinforcement levels to maximize compounding efficiency and achieve dispersion and performance levels beyond standard products for demanding dynamic applications including belt, track and anti-vibration.brochure-iconcontact-icon
BC2123 A novel reinforcing carbon black with optimized medium surface area and engineered distributions of particle size and aggregate size in order to minimize hysteresis while balancing targeted mechanical and durability properties such as hardness, tensile strength and abrasion resistance. BC2123 delivers rapid incorporation and differentiated reinforcement levels to maximize compounding efficiency and achieve dispersion and performance levels beyond standard products for demanding dynamic applications including belt, track and anti-vibration.brochure-iconcontact-icon
Conductex K Ultra A novel conductive carbon black with optimized morphology to provide targeted conductivity at lower Mooney viscosity than conventional conductive carbon blacks. Conductex K Ultra delivers excellent dispersion and allows greater compounding flexibility while maintaining processability.brochure-iconcontact-icon
Raven P A conductive carbon black with optimized morphology to provide targeted conductivity at lower Mooney viscosity than conventional conductive carbon blacks. Raven P delivers excellent dispersion and allows greater compounding flexibility while maintaining processability.brochure-iconcontact-icon
N115 A standard, very high surface area, medium structure reinforcing carbon black with high surface activity for durability in tracks.brochure-iconcontact-icon
N121 A standard, very high surface area, high structure reinforcing carbon black with good surface activity for durability in tracks.brochure-iconcontact-icon
N134 A standard, very high surface area, high structure reinforcing carbon black with high surface activity for durability in tracks.brochure-iconcontact-icon
N220 A standard, high surface area, medium structure reinforcing carbon black for lower hysteresis and durability in conveyor belts, tracks and general purpose masterbatch and compounding.brochure-iconcontact-icon
N231 A standard, high surface area, medium-low structure reinforcing carbon black for general purpose masterbatch and compounding.brochure-iconcontact-icon
N234 A standard, high surface area, high structure reinforcing carbon black with a good balance of abrasion resistance and hysteresis in conveyor belts, tracks and general purpose masterbatch and compounding.brochure-iconcontact-icon
N330 A standard, medium surface area, medium-low structure reinforcing carbon black with a good balance of properties for conveyor belts, anti-vibration systems, tracks and general purpose masterbatch and compounding.brochure-iconcontact-icon
N339 A standard, medium surface area, high structure reinforcing carbon black with a good balance of abrasion and hysteresis properties for conveyor belts, anti-vibration systems, tracks and general purpose masterbatch and compounding.brochure-iconcontact-icon
N347A standard, medium surface area, high structure reinforcing carbon black with a good balance of abrasion and hysteresis properties for anti-vibration systems and general purpose masterbatch and compounding.brochure-iconcontact-icon
N351 A standard, low surface area, high structure reinforcing carbon black with a good balance of abrasion and hysteresis properties for anti-vibration systems and general purpose masterbatch and compounding.brochure-iconcontact-icon
N375 A standard, medium surface area, high structure reinforcing carbon black with a good balance of abrasion and hysteresis properties for conveyor belts, anti-vibration systems, tracks and general purpose masterbatch and compounding.brochure-iconcontact-icon
N539 A standard, low surface area, low structure semi-reinforcing carbon black with a good balance of properties for belts, anti-vibration systems, hoses, sealing systems and general purpose masterbatch and compounding.brochure-iconcontact-icon
N550 A standard, low surface area, high structure semi-reinforcing carbon black with a good balance of properties for belts, anti-vibration systems, hoses, sealing systems, roofing and general purpose masterbatch and compounding.brochure-iconcontact-icon
N650 A standard, low surface area, high structure semi-reinforcing carbon black with a good balance of properties for belts, anti-vibration systems, hoses, sealing systems, roofing and general purpose masterbatch and compounding.brochure-iconcontact-icon
N660 A standard, low surface area, medium-low structure semi-reinforcing carbon black with a good balance of properties for belts, anti-vibration systems, hoses, sealing systems and general purpose masterbatch and compounding.brochure-iconcontact-icon
N683 A standard, low surface area, high structure semi-reinforcing carbon black with a good balance of properties for belts, anti-vibration systems, hoses, sealing systems and general purpose masterbatch and compounding.brochure-iconcontact-icon
N762 A standard, very low surface area, low structure semi-reinforcing carbon black with a good balance of properties for belts, anti-vibration systems, hoses, sealing systems and general purpose masterbatch and compounding.brochure-iconcontact-icon
N765 A standard, very low surface area, high structure semi-reinforcing carbon black with a good balance of properties for belts, anti-vibration systems, hoses, sealing systems and general purpose masterbatch and compounding.brochure-iconcontact-icon
N772 A standard, very low surface area, low structure semi-reinforcing carbon black with a good balance of properties for belts, anti-vibration systems, hoses, sealing systems and general purpose masterbatch and compounding.brochure-iconcontact-icon
N774 A standard, very low surface area, low structure semi-reinforcing carbon black with a good balance of properties for belts, anti-vibration systems, hoses, sealing systems and general purpose masterbatch and compounding.brochure-iconcontact-icon

Technical Research Papers

Modeling the Equilibrium Compressed Void Volume of Carbon Black
Modeling the Equilibrium Compressed Void Volume of Carbon Black
Article Citation - George A. Joyce and William M. Henry (2006) Publication - Rubber Chemistry and Technology: November 2006, Vol. 79, No. 5, pp. 735-764   ...
Date PublishedNovember 1, 2006
Anisometry Measurements in Carbon Black Aggregate Populations
Anisometry Measurements in Carbon Black Aggregate Populations
Article Citation - Tyler C. Gruber and Charles R. Herd (1997) Publication - Rubber Chemistry and Technology: November 1997, Vol. 70, No. 5, pp. 727-746 ...
Date PublishedNovember 1, 1997
Evaluation of the External Surface Area of Carbon Black by Nitrogen Adsorption
Evaluation of the External Surface Area of Carbon Black by Nitrogen Adsorption
Article Citation - R. W. Magee (1995) Publication - Rubber Chemistry and Technology: September 1995, Vol. 68, No. 4, pp. 590-600.   ...
Date PublishedSeptember 1, 1995
Morphology of Carbon-Black Aggregates: Fractal Versus Euclidean Geometry
Morphology of Carbon-Black Aggregates: Fractal Versus Euclidean Geometry
Article Citation - Charles R. Herd, Gerard C. McDonald, and William M. Hess (1992) Publication - Rubber Chemistry and Technology: March 1992, Vol. 65, No. 1, pp. 107-129   ...
Date PublishedMarch 1, 1992
New Studies on the Surface Properties of Carbon Blacks
New Studies on the Surface Properties of Carbon Blacks
Article Citation - J. A. Ayala, W. M. Hess, A. O. Dotson, and G. A. Joyce (1990) Publication - Rubber Chemistry and Technology: November 1990, Vol. 63, No. 5, pp. 747-778.   ...
Date PublishedNovember 1, 1990
Improved Particle Size Measurements on Pigments for Rubber
Improved Particle Size Measurements on Pigments for Rubber
Article Citation - W. M. Hess and G. C. McDonald (1983) Publication - Rubber Chemistry and Technology: November 1983, Vol. 56, No. 5, pp. 892-917.   ...
Date PublishedNovember 1, 1983
Specific Shape Characterization of Carbon Black Primary Units
Specific Shape Characterization of Carbon Black Primary Units
Article Citation - W. M. Hess, G. C. McDonald, and E. Urban (1973) Publication - Rubber Chemistry and Technology: March 1973, Vol. 46, No. 1, pp. 204-231.   ...
Date PublishedMarch 1, 1973
Carbon Black Morphology: I. Particle Microstructure. II. Automated EM Analysis of Aggregate Size and Shape
Carbon Black Morphology: I. Particle Microstructure. II. Automated EM Analysis of Aggregate Size and Shape
Article Citation - W. M. Hess, L. L. Ban, and G. C. McDonald (1969) Publication - Rubber Chemistry and Technology: September 1969, Vol. 42, No. 4, pp. 1209-1234   ...
Date PublishedSeptember 1, 1969
Microstructural Variations in Commercial Carbon Blacks
Microstructural Variations in Commercial Carbon Blacks
Article Citation - W. M. Hess, L. L. Ban, F. J. Eckert, and V. Chirico (1968) Publication - Rubber Chemistry and Technology: May 1968, Vol. 41, No. 2, pp. 356-372 ...
Date PublishedMay 1, 1968
High-Resolution Microradiography
High-Resolution Microradiography
Article Citation - W. A. LADD, W. M. HESS, M. W. LADD Publication - Science, 02 Mar 1956:, Vol. 123, Issue 3192, pp. 370-371 ...
Date PublishedMarch 2, 1956
Colloidal Carbon as Revealed by the Electron Microscope
Colloidal Carbon as Revealed by the Electron Microscope
Article Citation - William B. Wiegand and William A. Ladd (1942) Publication - Rubber Chemistry and Technology: September 1942, Vol. 15, No. 3, pp. 664-671   ...
Date PublishedSeptember 1, 1942
The Particle Size and Shape of Colloidal Carbon as Revealed by the Electron Microscope
The Particle Size and Shape of Colloidal Carbon as Revealed by the Electron Microscope
Article Citation - Columbian Carbon Company Research Laboratories (1941) Publication - Rubber Chemistry and Technology: March 1941, Vol. 14, No. 1, pp. 52-84 ...
Date PublishedMarch 1, 1941

    The Processing of Filler-Reinforced Rubber
    The Processing of Filler-Reinforced Rubber
    Article Citation - E. S. Dizon and L. A. Papazian (1977) Publication - Rubber Chemistry and Technology: September 1977, Vol. 50, No. 4, pp. 765-779. ...
    Date PublishedSeptember 1, 1977
    Processing in an Internal Mixer as Affected by Carbon Black Properties
    Processing in an Internal Mixer as Affected by Carbon Black Properties
    Article Citation - E. S. Dizon (1976) Publication - Rubber Chemistry and Technology: March 1976, Vol. 49, No. 1, pp. 12-27   ...
    Date PublishedMarch 1, 1976
    Solution Masterbatching Studies
    Solution Masterbatching Studies
    Article Citation - C. E. Scott and F. J. Eckert (1966) Publication - Rubber Chemistry and Technology: July 1966, Vol. 39, No. 3, pp. 553-566 ...
    Date PublishedJuly 1, 1966
    Latex Compounding of GR-S
    Latex Compounding of GR-S
    Article Citation - H. F. O'Connor and C. W. Sweitzer (1944) Publication - Rubber Chemistry and Technology: September 1944, Vol. 17, No. 3, pp. 711-718   ...
    Date PublishedSeptember 1, 1944

      Carbon Black Dispersion Measurement in Rubber Vulcanizates via Interferometric Microscopy
      Carbon Black Dispersion Measurement in Rubber Vulcanizates via Interferometric Microscopy
      Article Citation - Archie P. Smith, Toni L. Aybar, Ricky W. Magee, and Charles R. Herd (2004) Publication - Rubber Chemistry and Technology: September 2004, Vol. 77, No. 4, pp. 691-710 ...
      Date PublishedSeptember 1, 2004
      Characterization of Dispersions
      Characterization of Dispersions
      Article Citation - W. M. Hess (1991) Publication - Rubber Chemistry and Technology: July 1991, Vol. 64, No. 3, pp. 386-449 ...
      Date PublishedJuly 1, 1991
      The Influence of Carbon Black, Mixing, and Compounding Variables on Dispersion
      The Influence of Carbon Black, Mixing, and Compounding Variables on Dispersion
      Article Citation - W. M. Hess, R. A. Swor, and E. J. Micek (1984) Publication - Rubber Chemistry and Technology: November 1984, Vol. 57, No. 5, pp. 959-1000 ...
      Date PublishedNovember 1, 1984
      Measurement of Carbon Black Dispersion in Rubber by Surface Analysis
      Measurement of Carbon Black Dispersion in Rubber by Surface Analysis
      Article Citation - P. C. Vegvari, W. M. Hess, and V. E. Chirico (1978) Publication - Rubber Chemistry and Technology: September 1978, Vol. 51, No. 4, pp. 817-839 ...
      Date PublishedSeptember 1, 1978
      Microscopy of Pigment-Elastomer Systems
      Microscopy of Pigment-Elastomer Systems
      Article Citation - W. M. Hess and F. P. Ford (1963) Publication - Rubber Chemistry and Technology: November 1963, Vol. 36, No. 5, pp. 1175-1229   ...
      Date PublishedNovember 1, 1963
      The Analysis of Pigment Dispersion in Rubber by Means of Light Microscopy, Microradiography, and Electron Microscopy
      The Analysis of Pigment Dispersion in Rubber by Means of Light Microscopy, Microradiography, and Electron Microscopy
      Article Citation - William M. Hess (1962) Publication - Rubber Chemistry and Technology: March 1962, Vol. 35, No. 1, pp. 228-249 ...
      Date PublishedMarch 1, 1962

        Characterization of Immiscible Elastomer Blends
        Characterization of Immiscible Elastomer Blends
        Article Citation - W. M. Hess, C. R. Herd, and P. C. Vegvari (1993) Publication - Rubber Chemistry and Technology: July 1993, Vol. 66, No. 3, pp. 329-375 ...
        Date PublishedJuly 1, 1993
        Elastomer Blend Properties—Influence of Carbon Black Type and Location
        Elastomer Blend Properties—Influence of Carbon Black Type and Location
        Article Citation - W. M. Hess and V. E. Chirico (1977) Publication - Rubber Chemistry and Technology: May 1977, Vol. 50, No. 2, pp. 301-326 ...
        Date PublishedMay 1, 1977
        Elastomer Blends. Compatibility and Relative Response to Fillers
        Elastomer Blends. Compatibility and Relative Response to Fillers
        Article Citation - J. E. Callan, W. M. Hess, and C. E. Scott (1971) Publication - Rubber Chemistry and Technology: July 1971, Vol. 44, No. 3, pp. 814-837 ...
        Date PublishedJuly 1, 1971
        Carbon Black Distribution in Elastomer Blends
        Carbon Black Distribution in Elastomer Blends
        Article Citation - W. M. Hess, C. E. Scott, and J. E. Callan (1967) Publication - Rubber Chemistry and Technology: May 1967, Vol. 40, No. 2, pp. 371-384 ...
        Date PublishedMay 1, 1967

          THIXOTROPIC FLOCCULATION EFFECTS IN CARBON BLACK–REINFORCED RUBBER: KINETICS AND THERMAL ACTIVATION
          Thixotropic Flocculation Effects In Carbon Black Reinforced Rubber Kinetics And Thermal Activation
          Thixotropic Flocculation Effects In Carbon Black Reinforced Rubber Kinetics And Thermal Activation Article Citation - Lewis B. Tunnicliffe Publication - Rubber Chemistry and Technology (2021)   ...
          Date PublishedJune 15, 2021
          Reinforcement of Rubber by Carbon Black and Lignin-coated Nanocellulose Fibrils
          Reinforcement of Rubber by Carbon Black and Lignin-coated Nanocellulose Fibrils
          Reinforcement of Rubber by Carbon Black and Lignin-coated Nanocellulose Fibrils Article Citation - Lewis B. Tunnicliffe, Kimberly Nelson, Shaobo Pan, John Curtis, Charles R. Herd Publication - Rubber Chemistry...
          Date PublishedDecember 2, 2020
          Carbon-Black-Elastomer Interaction II: Effects of Carbon Black Surface Activity and Loading
          Carbon-Black-Elastomer Interaction II: Effects of Carbon Black Surface Activity and Loading
          Article Citation - J. A. Ayala, W. M. Hess, G. A. Joyce, and F. D. Kistler (1993) Publication - Rubber Chemistry and Technology: November 1993, Vol. 66, No. 5, pp. 772-805   ...
          Date PublishedNovember 1, 1993
          Carbon-Black-Elastomer Interaction
          Carbon-Black-Elastomer Interaction
          Article Citation - J. A. Ayala, W. M. Hess, F. D. Kistler, and G. A. Joyce (1991) Publication - Rubber Chemistry and Technology: March 1991, Vol. 64, No. 1, pp. 19-39 ...
          Date PublishedMarch 1, 1991
          Carbon Black Morphology in Rubber
          Carbon Black Morphology in Rubber
          Article Citation - G. C. McDonald and W. M. Hess (1977) Publication - Rubber Chemistry and Technology: September 1977, Vol. 50, No. 4, pp. 842-862 ...
          Date PublishedSeptember 1, 1977
          The Effects of Carbon Black on Rubber Hysteresis
          The Effects of Carbon Black on Rubber Hysteresis
          Article Citation - J. D. Ulmer, W. M. Hess, and V. E. Chirico (1974) Publication - Rubber Chemistry and Technology: September 1974, Vol. 47, No. 4, pp. 729-757 ...
          Date PublishedSeptember 1, 1974
          Vulcanizate Performance as a Function of Carbon Black Morphology
          Vulcanizate Performance as a Function of Carbon Black Morphology
          Article Citation - K. A. Burgess, C. E. Scott, and W. M. Hess (1971) Publication - Rubber Chemistry and Technology: March 1971, Vol. 44, No. 1, pp. 230-248 ...
          Date PublishedMarch 1, 1971
          The Chemistry of Carbon Black in Rubber Reinforcement
          The Chemistry of Carbon Black in Rubber Reinforcement
          Article Citation - C. W. Sweitzer, K. A. Burgess, and F. Lyon (1961) Publication - Rubber Chemistry and Technology: July 1961, Vol. 34, No. 3, pp. 709-728 ...
          Date PublishedJuly 1, 1961
          The Rubber Pendulum, the Joule Effect, and the Dynamic Stress-Strain Curve
          The Rubber Pendulum, the Joule Effect, and the Dynamic Stress-Strain Curve
          Article Citation - W. B. Wiegand and J. W. Snyder (1935) Publication - Rubber Chemistry and Technology: June 1935, Vol. 8, No. 2, pp. 151-173 ...
          Date PublishedJune 1, 1935

            Fatigue Crack Growth Behaviour of Carbon Black-Reinforced Natural Rubber
            Fatigue Crack Growth Behaviour of Carbon Black-Reinforced Natural Rubber Article Citation - Lewis B. Tunnicliffe Publication - Rubber Chemistry and Technology (2021)   ...
            Date PublishedDecember 3, 2021
            Characterizing Distributions of Tensile Strength and Crack Precursor Size to Evaluate Filler Dispersion Effects and Reliability of Rubber
            Characterizing Distributions of Tensile Strength and Crack Precursor Size to Evaluate Filler Dispersion Effects and Reliability of Rubber
            Article Citation - Robertson, C.G.; Tunnicliffe, L.B.; Maciag, L.; Bauman, M.A.; Miller, K.; Herd, C.R.; Mars, W.V Publication - Polymers 2020, 12, 203   ...
            Date PublishedJanuary 13, 2020
            The Effect of Carbon Black Parameters on the Fatigue Life of Filled Rubber Compounds
            The Effect of Carbon Black Parameters on the Fatigue Life of Filled Rubber Compounds
            Article Citation - E. S. Dizon, A. E. Hicks, and V. E. Chirico (1974) Publication - Rubber Chemistry and Technology: March 1974, Vol. 47, No. 1, pp. 231-249 ...
            Date PublishedMarch 1, 1974

              Carbon Black in NR/BR Blends for Truck Tires
              Carbon Black in NR/BR Blends for Truck Tires
              Article Citation - W. M. Hess, P. C. Vegvari, and R. A. Swor (1985) Publication - Rubber Chemistry and Technology: May 1985, Vol. 58, No. 2, pp. 350-382 ...
              Date PublishedMay 1, 1985
              The Effects of Carbon Black and Other Compounding Variables on Tire Rolling Resistance and Traction
              The Effects of Carbon Black and Other Compounding Variables on Tire Rolling Resistance and Traction
              Article Citation - W. M. Hess and W. K. Klamp (1983) Publication - Rubber Chemistry and Technology: May 1983, Vol. 56, No. 2, pp. 390-417 ...
              Date PublishedMay 1, 1983
              Performance of SBR and BR Tread Compounds as a Function of Carbon Black Dispersion, Surface Chemistry, and Structure
              Performance of SBR and BR Tread Compounds as a Function of Carbon Black Dispersion, Surface Chemistry, and Structure
              Article Citation - C. E. Scott and V. Chirico (1969) Publication - Rubber Chemistry and Technology: July 1969, Vol. 42, No. 3, pp. 700-713   ...
              Date PublishedJuly 1, 1969
              SBR and BR Tread Performance as a Function of Carbon Black Properties
              SBR and BR Tread Performance as a Function of Carbon Black Properties
              Article Citation - E. Micek, F. Lyon, and W. M. Hess (1968) Publication - Rubber Chemistry and Technology: November 1968, Vol. 41, No. 5, pp. 1271-1284   ...
              Date PublishedNovember 1, 1968
              Laboratory Tire Groove Cracking Test
              Laboratory Tire Groove Cracking Test
              Article Citation - Roy M. Vance and Kenneth A. Burgess (1968) Publication - Rubber Chemistry and Technology: September 1968, Vol. 41, No. 4, pp. 1080-1086 ...
              Date PublishedSeptember 1, 1968
              Re-agglomeration as a Cause of Tread Groove Cracking
              Re-agglomeration as a Cause of Tread Groove Cracking
              Article Citation - W. M. Hess and K. A. Burgess (1963) Publication - Rubber Chemistry and Technology: July 1963, Vol. 36, No. 3, pp. 754-776   ...
              Date PublishedJuly 1, 1963

                Reinforcement of Rubber by Carbon Black and Lignin-coated Nanocellulose Fibrils
                Reinforcement of Rubber by Carbon Black and Lignin-coated Nanocellulose Fibrils
                Reinforcement of Rubber by Carbon Black and Lignin-coated Nanocellulose Fibrils Article Citation - Lewis B. Tunnicliffe, Kimberly Nelson, Shaobo Pan, John Curtis, Charles R. Herd Publication - Rubber Chemistry...
                Date PublishedDecember 2, 2020

                  Computational Investigation of the Effects of Spherical Filler Morphology and Loading on Diffusion Tortuosity and Rubber Permeability
                  Computational Investigation of the Effects of Spherical Filler Morphology and Loading on Diffusion Tortuosity and Rubber Permeability
                  Article Citation - T. C. Gruber, S. D. Crossley, and A. P. Smith (2013) Publication - Rubber Chemistry and Technology: June 2013, Vol. 86, No. 2, pp. 175-189 ...
                  Date PublishedJune 1, 2013
                  An Improved Wire Adhesion Test Method
                  An Improved Wire Adhesion Test Method
                  Article Citation - A. E. Hicks, V. E. Chirico, and J. D. Ulmer (1972) Publication - Rubber Chemistry and Technology: January 1972, Vol. 45, No. 1, pp. 26-48 ...
                  Date PublishedJanuary 1, 1972
                  Dual Inhibition-Acceleration Role of Carbon Black in Rubber Oxidation
                  Dual Inhibition-Acceleration Role of Carbon Black in Rubber Oxidation
                  Article Citation - F. Lyon, K. A. Burgess, and C. W. Sweitzer (1957) Publication - Rubber Chemistry and Technology: March 1957, Vol. 30, No. 1, pp. 114-121. ...
                  Date PublishedMarch 1, 1957
                  Inhibition of Rubber Oxidation by Carbon Black
                  Inhibition of Rubber Oxidation by Carbon Black
                  Article Citation - K. A. Burgess and C. W. Sweitzer (1956) Publication - Rubber Chemistry and Technology: March 1956, Vol. 29, No. 1, pp. 176-186 ...
                  Date PublishedMarch 1, 1956
                  Oxidation of Unvulcanized Rubber
                  Oxidation of Unvulcanized Rubber
                  Article Citation - F. Lyon, K. A. Burgess, and C. W. Sweitzer (1954) Publication - Effect of Carbon Black. Rubber Chemistry and Technology: September 1954, Vol. 27, No. 3, pp. 695-704 ...
                  Date PublishedSeptember 1, 1954
                  Oxidation of Unvulcanized Cold Rubber Influence of Adsorption by Carbon Black
                  Oxidation of Unvulcanized Cold Rubber Influence of Adsorption by Carbon Black
                  Article Citation - C. W. Sweitzer and Francis Lyon (1952) Publication - Rubber Chemistry and Technology: September 1952, Vol. 25, No. 3, pp. 557-572   ...
                  Date PublishedSeptember 1, 1952