Nanoparticles 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.

Plasticyl™ LDPE2001 by Birla Carbon is a low viscosity and high-flow multiwall carbon nanotube (MWCNT) thermoplastic concentrate. It is a conductive masterbatch based on low-density polyethylene (LDPE). It offers excellent electrical conductivity at low loadings, easy processing and good retention of mechanical properties. It is suitable for injection molding and extrusion processes. It is used for electrostatic discharge (ESD) and electrically conductive parts, electrical and electronic (E&E) components, automotive and industrial applications, and packaging or containers.

Plasticyl™ HIPS1001 by Birla Carbon is a multiwall carbon nanotube (MWCNT) thermoplastic concentrate. It is a conductive masterbatch based on high-impact polystyrene. Its low viscosity and high-flow formulation make it suitable for standard injection molding and extrusion processes. It offers excellent electrical conductivity at low loadings, easy processing and good retention of mechanical properties. Plasticyl™ HIPS1001 is used for electrostatic discharge (ESD) and electrically conductive parts, electrical and electronic (E&E) components, industrial applications, and electronic packaging.

Plasticyl™ ABS1501 by Birla Carbon is a conductive masterbatch based on ABS resin loaded with 15% of multiwall carbon nanotube (MWCNT). It provides high-flow, excellent electrical conductivity at low loadings, easy processing and good retention of mechanical properties. It is ideal for injection molding and extrusion processes. Plasticyl™ ABS1501 is used for electrostatic discharge (ESD) and electrically conductive parts, electrical and electronic (E&E) components, industrial applications and electrostatic painting of automotive parts.

Plasticyl™ PETG1001 by Birla Carbon is a multiwall carbon nanotube (MWCNT) thermoplastic concentrate. It is a conductive masterbatch based on PETG resin. It offers high-flow, excellent electrical conductivity at low loadings, easy processing and good retention of mechanical properties. It is suitable for injection molding and extrusion processes. Plasticyl™ PETG1001 is used in electrostatic discharge (ESD) and electrically conductive parts, electrical and electronic components (high cleanliness) and industrial applications.

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.