Carbon black is a highly engineered form of elemental carbon produced through controlled thermal decomposition of hydrocarbon feedstocks. It is widely used as a functional additive across rubber, plastics, coatings, inks, and advanced material applications. Its performance is defined by key parameters such as particle size, surface area, structure, and surface chemistry, which can be precisely tailored to deliver reinforcement, pigmentation, conductivity, and UV protection. In elastomer systems, it enhances tensile strength, abrasion resistance, and durability, while in polymer and coating applications it provides deep coloration, weatherability, and long-term stability.

Beyond conventional uses, carbon black also plays a critical role in high-performance and specialty applications requiring electrical conductivity, purity control, and regulatory compliance. It is utilized in energy storage systems, electronic components, and sensitive applications where consistency and controlled impurity levels are essential. With advancements in process technology and sustainable practices, carbon black continues to evolve as a versatile material supporting efficiency, product longevity, and environmental objectives across a wide range of industrial sectors.

Our carbon black portfolio includes ASTM-standard rubber grades and specialty blacks engineered for reinforcement, conductivity, and pigmentation across industrial applications.

Our carbon black grades are tested as per ASTM standards to ensure consistent performance across rubber, plastics, coatings, and specialty applications.

Values are indicative ranges and may vary depending on specific grade, manufacturing process, and supplier specifications.

High-reinforcement carbon black designed for tire manufacturing, improving strength, abrasion resistance, and durability.

• High tensile strength and wear resistance
• Improves tread life and performance
• Grades like N110, N115, N121, N134, N220, N231, N234, N326, N330, N339, N347, N351

Key Benefits: Enhanced durability, improved traction, and extended tire life.

Carbon black used in industrial rubber applications such as belts, hoses, seals, and molded rubber components.

• Balanced reinforcement and processability
• Good abrasion and tear resistance
• Suitable for dynamic and static rubber parts
• Grades like N550, N539, N650, N660, N683, N762, N772, N774, N880, N990

Key Benefits: Improved mechanical strength, flexibility, and durability in rubber goods.

Carbon black used as a coloring agent in plastics, inks, and coatings, offering deep black coloration and stability.

• High tinting strength
• Excellent dispersion properties
• Used in plastics, coatings, and inks

Key Benefits: Strong coloration, consistent dispersion, and long-term stability.

Premium pigment carbon black with extremely high jetness and deep black tone, used in high-end coatings and inks.

• Very high jetness and undertone control
• Fine particle size distribution
• Used in automotive and premium coatings

Key Benefits: Superior blackness, enhanced aesthetics, and premium finish quality.

Specialized carbon black designed to impart electrical conductivity in plastics, coatings, and rubber compounds.

• High electrical conductivity
• Used in antistatic and conductive applications
• Applicable in cables, batteries, and electronics

Key Benefits: Static dissipation, improved conductivity, and enhanced functional performance.

Highly conductive carbon black produced from acetylene decomposition, widely used in battery and electronic applications.

• Very high electrical conductivity
• Low ash and impurity content
• Used in lithium-ion batteries and dry cells

Key Benefits: Excellent conductivity, high purity, and reliable electrochemical performance.

Environmentally compliant carbon black with low polycyclic aromatic hydrocarbon (PAH) content, suitable for regulated applications.

• Meets REACH and regulatory standards
• Reduced toxic content
• Used in consumer and automotive products

Key Benefits: Safer formulation, regulatory compliance, and reduced environmental impact.

Carbon black with extremely low ash and impurity levels, designed for high-performance and sensitive applications.

• Ultra-low metal and ash content
• Consistent particle size distribution
• Used in electronics and specialty polymers

Key Benefits: High consistency, improved performance, and minimal contamination.

Carbon black engineered to provide UV protection and weather resistance in plastics and coatings.

• Excellent UV absorption properties
• Prevents polymer degradation
• Used in outdoor plastics and films

Key Benefits: Enhanced UV resistance, longer product life, and improved durability.

Pre-dispersed carbon black concentrate in polymer carriers, designed for easy incorporation into plastic manufacturing.

• Uniform dispersion in polymers
• Dust-free handling
• Customizable concentration levels

Key Benefits: Improved processing, consistent coloration, and cleaner production.

Fine particle carbon black optimized for printing inks, offering superior color strength and dispersion.

• High tint strength and gloss
• Excellent dispersion stability
• Used in offset, flexo, and gravure inks

Key Benefits: Sharp print quality, deep black tone, and consistent ink performance.

Carbon black designed for paints and coatings, providing color, opacity, and protection against UV degradation.

• Excellent opacity and jetness
• Good dispersion in coating systems
• Used in industrial and decorative paints

Key Benefits: Strong coverage, improved durability, and enhanced finish quality.

Storage Guidelines:

• - Store in a dry, cool, and well-ventilated environment
• - Protect from moisture ingress to maintain product flowability and dispersion quality
• - Avoid contamination from foreign materials or chemicals
• - Store away from strong oxidizing agents
• - Use dedicated silos or sealed containers for bulk storage

Required PPE:

• - Dust respirators (P2 / P3 or NIOSH-approved particulate filters)
• - Safety goggles or face protection
• - Protective gloves and industrial workwear
• - Anti-static safety footwear in dust-prone environments

Handling Precautions:

• - Use enclosed conveying systems (pneumatic or mechanical) to minimize dust emissions
• - Provide local exhaust ventilation (LEV) at transfer and mixing points
• - Avoid use of compressed air for cleaning; use vacuum systems instead
• - Implement grounding and bonding to prevent static charge buildup
• - Prevent accumulation of dust layers on surfaces and equipment
• - Ensure proper housekeeping and dust management practices

Safety Data Sheet (SDS) available upon request for detailed occupational exposure limits and regulatory compliance.

Carbon black is supplied in various packaging formats depending on grade (powder or pelletized), handling systems, and customer requirements. Packaging is designed to ensure dust control, product integrity, and efficient logistics across domestic and international supply chains.

Packaging Options:

• Paper Bags / HDPE Bags: Typically 20–25 kg multi-wall bags for powdered grades with inner liners to prevent moisture ingress
• FIBC / Jumbo Bags: 500–1000 kg bulk bags with anti-static options for safe handling and storage
• Pelletized Carbon Black Bags: Low-dust granules packed in bags or bulk containers for automated feeding systems
• Bulk Tanker / Silo Supply: Pneumatic tankers for large-scale industrial users with direct silo feeding
• Customized Packaging: Available based on customer specifications and export requirements

Palletization & Export Packing:

• - Bags are palletized on heat-treated wooden or plastic pallets (ISPM-15 compliant for export)
• - Typically 40–50 bags per pallet depending on configuration
• - Stretch-wrapped and strapped to ensure load stability
• - Use of anti-slip sheets and protective covers for moisture protection
• - Clear labeling with product grade, batch number, and handling instructions

Container Loading & Handling:

• - Loaded into 20 ft / 40 ft containers as per standard stuffing norms
• - Proper weight distribution to prevent shifting during transit
• - Use of dunnage and bracing materials where required
• - Pre-dispatch inspection to ensure packaging integrity

Transportation & Logistics:

• - Typically classified as non-hazardous for transport (varies by region and form)
• - Handled as dry bulk or packaged cargo under standard freight conditions
• - Suitable for road, rail, and sea transport
• - End-to-end logistics support including documentation (COA, SDS, shipping papers)
• - Traceability maintained through batch identification and labeling

Tailored packaging, labeling, and logistics solutions are available based on industry requirements and customer-specific handling systems.

Our carbon black portfolio supports circular economy initiatives through efficient material utilization, product design, and integration of sustainable alternatives across multiple industries.

• - Recovered Carbon Black (rCB) can be incorporated in tyre grade and MRG applications for partial replacement of virgin furnace carbon black
• - Pigment, coating, and ink grade carbon blacks enable durable coloration with extended product life and reduced repainting cycles
• - Conductive and acetylene blacks support energy-efficient applications such as lithium-ion batteries and electronic components
• - UV stabilized carbon black enhances product lifespan in plastics, pipes, and outdoor applications by preventing degradation
• - Masterbatch solutions improve material efficiency, reduce dust handling, and optimize processing in polymer applications
• - Low PAH and high purity carbon blacks support regulatory compliance in sensitive applications such as food-contact, cosmetics, and medical use
• - Optimized feedstock utilization and process efficiency contribute to reduced emissions and improved sustainability performance