By Nanocyl SA
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.
Birla Carbon offers Conductex e carbon blacks as a complete portfolio of conductive additives for lead acid battery negative electrodes to enable battery manufacturers to meet the growing charge acceptance, cycle life, and water loss needs of consumers. These products provide the required conductivity and purity levels while enabling manufacturers the formulation flexibility needed to meet sustainability targets in a variety of lead acid battery applications, including automotive, telecom, motive power, energy storage systems, and e-bikes. Our unique Conductex e products offer: - Increased dynamic charge acceptance (DCA) - Extremely high purity which meets or exceeds the rigorous requirements of lead-acid battery applications - Increased cycle life coupled with reduced water loss during partial state of charge (PSoC) operation - Enhanced formulation flexibility due to wide range of available particle sizes and tailored surface chemistries - Ease of dispersibility enables high battery uniformity CHARGE ACCEPTANCE Our Conductex e line of conductive carbon blacks provide high conductivity and a morphology tailored to enable the fast-recharging performance required of start-stop and micro-hybrid applications. This performance is critical for meeting the sustainability goals and fuel savings targets of many automotive manufacturers. COLD CRANKING POWER Our conductive carbon additives are designed to provide a robust electrical network which allows advanced lead acid batteries to meet their power requirements in the extreme cold temperatures necessary for automotive and e-bike applications while maintaining battery durability. CYCLE LIFE Our Conductex e performance carbon blacks have high purity and tailored surface chemistry which deliver consistent battery performance even during deep cycle as well as partial state of charge operation. This extends the product lifetime and reduces overall cost of ownership making a more sustainable product possible. GASSING AND WATER LOSS Our Conductex e line of carbon black conductive additives have a tailored particle morphology and high purity which reduces the side reactions that cause gassing and water loss. This reduction of water loss helps both flooded and valve regulated batteries and can increase the battery lifetime while lowering maintenance requirements. DISPERSIBILITY Our selection of performance conductive carbons is designed to easily be incorporated into the paste mix using simple dry mixing or pre-wetting methods without the need for predispersed liquid systems. This allows better use of the active material through a robust conductive network and increases the overall battery performance and reliability. Our products alleviate challenges by providing: - Improved electrical conductivity that meets the power and performance needs of advanced lead acid batteries even at low temperatures - High purity levels that reduce gassing during charge and increase life cycle - Formulation flexibility and ease of dispersion which improves battery uniformity and ease of processing
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The genesis of our Continua™ SCM product range, Continua™ 8000 SCM offers our customers a beaded sustainable alternative to carbon black at the large volumes and consistent quality required. Developed to offer an optimum balance of cost and performance, Continua™ 8000 SCM is fully GADSL and REACH compliant. A genesis of a range of Sustainable Carbonaceous Materials (SCM), that offer our consumers a sustainable alternative to traditional furnace carbon black. Life Cycle Assessments ISO 14040 and ISO 14044 demonstrate that at full capacity, Continua TM 8000 SCM can help eliminate over 220,000 tonnes of carbon emissions every year, when compared to the Continua™ 8000 SCM not only offers our tyre customers a truly circular material at the volume and quality they require, but its unique characteristics offer additional benefits beyond sustainability: - Reduced hysteresis to help reduce vehicle energy consumption and lower CO 2 emissions - Equivalent performance to minimize approval times and requirement to reformulate - Potential for blended solutions to negate the requirement for investment in extra silo capacity - Full life cycle assessment allowing quantifiable CO 2 savings to be calculated Only for certain blend ratios and formulations. Continua™ 8000 SCM also benefits from Birla Carbon’s robust supply chains and experience in packing in multiple pack types, including bulk. The level of technical support expected by our customers also applies to this new product range. By sharing our strengths, we can work together to ensure your business extracts the maximum value of Continua™ SCM in your formulations. In addition to its quantified sustainability attributes, the unique properties of Continua™ 8000 offer our customers additional benefits beyond sustainability: - Consistent quality at the volumes required - Certified low PAH content, allowing use in skin contact applications - Low electrical conductivity allowing replacement of white fillers to lower component weight - ECD resistance for automotive coolant hose applications - Good processability and low residue to easy processing and long screen life Continua™ 8000 SCM also benefits from Birla Carbon’s robust supply chain and experience with various packaging, including bulk. The level of technical support our customer expect from Birla Carbon will help ensure your business extracts the maximum value of Continua™ SCM in your formulations.
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Produce premium quality fine-denier synthetic fibers with our Raven carbon blacks designed to offer easy dispersibility with low moisture pick up and excellent filterability to achieve attractive color properties with minimal yarns breaks. Birla Carbon offers a range of carbon blacks to satisfy the variety of fiber needs, which includes a high performance product developed for fine denier synthetic fiber. Our solutions lead to easy dispersibility and excellent color strength. State of the art production technologies lend our products an eye appealing blue undertone that delivers a sense of deeper color. FIBER DURABILITY Excellent dispersion of Raven carbon blacks helps yarns achieve uniform strength and good UV-protection as well as minimal yarn breakage and higher efficiency in fiber production. PHYSICAL CLEANLINESS Excellent physical cleanliness and low moisture pick-up imparts very low screen pressure build-up and low screen blockage compared to industry benchmark, ensuring lower scrap rates and higher production efficiencies. HIGH JETNESS AND BLUE UNDERTONE Well balanced colloidal properties offer high jetness with strong blue undertone matching industry benchmarks and visual appeal. OPTIMIZED MORPHOLOGY Balanced morphology to provide an optimum combination of dispersibility, dilutability and filterability resulting in benchmark quality consistency for fibers.
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Carefully engineered with tailored morphologies, our Conductex carbon blacks prevent electrical damage and provide the required level of conductivity for your resin system. Birla Carbon offers Conductex, the industry-recognized conductive carbon black products for ESD applications. These applications include: IC carrier tapes and trays, packaging, mining pipes, and anti-static flooring. Due to the demanding nature of ESD applications, they require carbon blacks with superior physical and chemical cleanliness. Birla Carbon’s Ultra products provide the highest level of purity, and therefore serve as industry benchmarks in these application segments. Areas of Benefits: - PHYSICAL CLEANLINESS: Our Carbon Black products feature low ionic impurities and ash, leading to longer screen life and superior surface smoothness. This leads to fewer interruptions during production cycles, resulting in higher efficiency and lower production cost. - SUPERIOR DISPERSIBILITY: The unique morphology of Conductex carbon blacks enhances dispersibility in the resin matrix, benefiting higher conductivity in final applications. Low compound moisture absorption, good rheology and benchmark microscopic dispersion performance ensures smooth, defect-free final applications.
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