Carbon Nanotubes for Plastic Compounds

NC7000™ by Birla Carbon is a thin multi-wall carbon nanotube produced via the catalytic carbon vapor deposition (CCVD) process. It is non-migrating, conductive additive for protection against electrical damage. It provides lowest particulate/dust emission, outgassing, non-volatile residue, and lowest ionic contamination. It contains no amide, DOP, or silicon oil.

• It ensures improved abrasion resistance, higher conductivity, and better static charge dissipation.
• Its low amount allows highest mechanical properties and optimal processability.
• It exhibits high cleanliness standards for IC, HDD, camera, and display applications.
• It can be compounded into all thermoplastics (HIPS, PP, MPPO, PC, PEEK, PEI).
• It can be used for packaging for the transport and storage of sensitive electric & electronic components that requires an electrically conductive material to avoid damage by electrostatic charges accumulation.
• NC7000™ is used in applications requiring low electrical percolation threshold such as high performance electrostatic dissipative plastics.
• It is also suitable for thermoformed trays, carrier tapes, injected carriers, small parts.

Elastocyl™ X1-Polyester Polyol MB by Birla Carbon is a high performance, di-functional and aliphatic polyester polyol masterbatch with multi-wall carbon nanotube (MWNT). Offers excellent surface finish and excellent electrical conductivity at low loading.

• Provides ease of processing.
• It shows improvements in key mechanical properties such as abrasion resistance.
• Prevents formation of skid marks.
• Designed to demonstrate the impact of optimized carbon nanotube (CNT) dispersions on elastomer performances.
• Possess homogeneous CNT dispersion which enables enhanced property development and allow customers to fully leverage the benefits.
• It is compatible with conventional filler systems which reduces the need for extensive reformulation and accelerates the customers product innovation.
• Elastocyl™ X1-Polyester Polyol MB is recommended for ESD (electrostatic discharge) and electrically conductive parts.
• It is also suitable for automotive, railway, industrial and energy applications.

Elastocyl™ HTV1003 by Birla Carbon is a silicone masterbatch loaded with 10 wt% of Nanocyl’s multi-wall carbon nanotube (MWNT) NC7000™. It is a high-performance vinyl terminated silicone HTV (high temperature vulcanization).

• Offers high anti-static or dissipative performance.
• Possess high tinting power and excellent electrical conductivity at low loading.
• It has large compound formulations flexibility which can be adjusted to other properties while maintaining high conductivity.
• Designed to demonstrate the impact of optimized carbon nanotube (CNT) dispersions on elastomer performances.
• Possess homogeneous CNT dispersion which enables enhanced property development and allow customers to fully leverage the benefits.
• It is compatible with conventional filler systems which reduces the need for extensive reformulation and accelerates the customers product innovation.
• It shows full compatibility and functional dispersions into the silicone elastomer matrix.
• Elastocyl™ HTV1003 is recommended for electrical and electronics (E&E), automotive and packaging industries.

Epocyl™ 128-05 by Birla Carbon is a high-performance masterbatch formulated on a liquid Bisphenol-A (Bis-A) epoxy resin and loaded with Nanocyl’s multi-wall carbon nanotube (MWNT) NC7000™.

• Enables a reliable and efficient route to electrical conductivity enhancement in epoxy formulations.
• Offers outstanding formulation flexibility with easy integration.
• Provides ease of formulation and has a limited impact on mechanical and thermo-mechanical properties of the base resin.
• It acts as a lead-free alternative.
• It can be processed in pure hot-melt conditions without solvent.
• Epocyl™ 128-05 is recommended for conductive primers.

Elastocyl™ X1-FKM MB by Birla Carbon is a high performance FKM masterbatch based on a copolymer gum to be bisphenol cured. It is loaded with 20 wt% of Nanocyl’s multi-wall carbon nanotube (MWNT) NC7000™. Offers excellent surface finish and excellent electrical conductivity at low loading.

• It is free from curing agent and provides ease of processing.
• It shows retention of key mechanical properties.
• It also offers increased abrasion resistance, UV resistance and gas decompression resistance.
• Designed to demonstrate the impact of optimized carbon nanotube (CNT) dispersions on elastomer performances.
• Possess homogeneous CNT dispersion which enables enhanced property development and allow customers to fully leverage the benefits.
• It is compatible with conventional filler systems which reduces the need for extensive reformulation and accelerates the customers product innovation.
• Elastocyl™ X1-FKM MB is recommended for ESD (electrostatic discharge) and electrically conductive parts.
• It is also suitable for automotive, railway and oil drilling applications.

Elastocyl™ X1-NBR MB by Birla Carbon is a high performance butadiene-acrylonitrile copolymer masterbatch loaded with 20 wt% of Nanocyl’s multi-wall carbon nanotube (MWNT) NC7000™. Offers excellent surface finish and excellent electrical conductivity at low loading.

• Provides ease of processing.
• It shows retention of key mechanical properties.
• Designed to demonstrate the impact of optimized carbon nanotube (CNT) dispersions on elastomer performances.
• Possess homogeneous CNT dispersion which enables enhanced property development and allow customers to fully leverage the benefits.
• It is compatible with conventional filler systems which reduces the need for extensive reformulation and accelerates the customers product innovation.
• Elastocyl™ X1-NBR MB is recommended for ESD (electrostatic discharge) and electrically conductive parts.
• It is also suitable for automotive, railway, industrial and energy applications.

Elastocyl™ X1-IR MB by Birla Carbon is a high-performance polyisoprene polymer masterbatch loaded with 20 wt% of Nanocyl’s multi-wall carbon nanotube (MWNT) NC7000™. Offers excellent surface finish and excellent electrical conductivity at low loading.

• Provides ease of processing.
• It shows retention of key mechanical properties.
• Designed to demonstrate the impact of optimized carbon nanotube (CNT) dispersions on elastomer performances.
• Possess homogeneous CNT dispersion which enables enhanced property development and allow customers to fully leverage the benefits.
• It is compatible with conventional filler systems which reduces the need for extensive reformulation and accelerates the customers product innovation.
• Elastocyl™ X1-IR MB is recommended for ESD (electrostatic discharge) and electrically conductive parts.
• It is also suitable for automotive, railway, industrial and energy applications.

Epocyl™ 128-06 by Birla Carbon is a liquid bisphenol-A (Bis-A) epoxy resin loaded with Nanocyl’s multi-wall carbon nanotube (MWNT) NC7000™. It is specifically developed to enhance mechanical properties (in particular delamination resistance) of fiber reinforced composite materials.

• Provides easy integration and great flexibility new multifunctional materials.
• Offers improved fracture toughness initiation (G1C) with no reduction of Tg.
• It also offers better thermal dissipation and minimizes hot spots.
• Promotes homogeneous heat distribution during curing and surface defects.
• It has better surface finishing and thermal cycle resistance.
• It can be cured or cross-linked with different types of curing agents depending on the properties desired in the final composite.
• Epocyl™ 128-06 is recommended for automotive (bumpers and other structural parts), industrial parts (rollers, doctor-blades and wind-mill blades) and pipeline repair applications.
• It is also suitable for sporting equipment's such as bike frames, hockey sticks, tennis rackets, skis and golf shafts.
• It is used in marine applications, especially sailing boats, structural outer shell in carbon fiber composite, masts and other generic structural parts.

Elastocyl™ X1-EPDM MB by Birla Carbon is a high-performance masterbatch of ethylene-propylene copolymer loaded with 20 wt% of Nanocyl’s multi-wall carbon nanotube (MWNT) NC7000™. Offers excellent surface finish and excellent electrical conductivity at low loading.

• Provides ease of processing.
• It shows retention of key mechanical properties.
• Designed to demonstrate the impact of optimized carbon nanotube (CNT) dispersions on elastomer performances.
• Possess homogeneous CNT dispersion which enables enhanced property development and allow customers to fully leverage the benefits.
• It is compatible with conventional filler systems which reduces the need for extensive reformulation and accelerates the customers product innovation.
• Elastocyl™ X1-EPDM MB is recommended for ESD (electrostatic discharge) and electrically conductive parts.
• It is also suitable for automotive, railway, industrial and energy applications.

Single‑Walled Carbon Nanotubes by Hunan Kela Materials functions as a high-aspect-ratio conductive nanomaterial.

• It is used to create electrical conductivity pathways in insulating polymer matrices.
• It is designed to enable thermal transport through percolated nanotube networks.
• It is suitable for reinforcing composites due to its high aspect ratio and stiffness.
• Single‑Walled Carbon Nanotubes offers charge transport and electron transfer capability in battery and supercapacitor electrodes.
• It provides high-surface-area conductive scaffolds for catalysts and functional nanoparticles.
• It helps in EMI shielding and conductive coating formulations.
• It is used in sensors, flexible electronics and advanced electronic devices requiring controlled conductivity.
• It supports dispersion systems when processed with suitable surfactants or compatibilizers.
• It is suitable for epoxy, polyimide, polystyrene, polyethylene (LDPE, HDPE), polyolefins, polyamides and conjugated polymers.