Products

ExTima™ GP is a Graphene/Polymer master batch family of compounds based on a proprietary ExTima technology of Ovation Polymers. Our proprietary ExTima™ dispersion technology maximizes the effect of Nano materials, in this case graphite nano-platelets in polymer.ExTima™ GP MB LCP 530 is a LCP/graphene masterbatch based on an injection molding grade LCP. This master batch easily blends and disperses using injection molding and extrusion processes while retaining the physical, structural, and thermal properties of the base polymer.The ExTima™ GP product line is customizable depending on the product application and desired properties. The graphene nanoplatelets sizes can also be varied from 5µm through 25µm.

ExTima™ GP is a Graphene/Polymer master batch family of compounds based on a proprietary ExTima technology of Ovation Polymers. Our proprietary ExTima™ dispersion technology maximizes the effect of Nano materials, in this case graphite nano-platelets in polymer.ExTima™ GP MB PET 230 is a PET/graphene masterbatch based on an injection molding grade PET. This master batch easily blends and disperses using injection molding and extrusion processes while retaining the physical, structural, and thermal properties of the base polymer.The ExTima™ GP product line is customizable depending on the product application and desired properties. The graphene nanoplatelets sizes can also be varied from 5µm through 25µm.

Polyester - 30 % Glass Fiber Reinforced PET.

Non-Hal FR-PC with High HDT, high impact and improved processability.

Properties of chemically coupled glass reinforced (30%) polypropylene with high strength and HDT.

ExTima™ GP is a Graphene/Polymer master batch family of compounds based on a proprietary ExTima technology of Ovation Polymers. Our proprietary ExTima™ dispersion technology maximizes the effect of Nano materials, in this case graphite nano-platelets in polymer.ExTima™ GP MB LCP 520 is a LCP/graphene masterbatch based on an injection molding grade LCP. This master batch easily blends and disperses using injection molding and extrusion processes while retaining the physical, structural, and thermal properties of the base polymer.The ExTima™ GP product line is customizable depending on the product application and desired properties. The graphene nanoplatelets sizes can also be varied from 5µm through 25µm.

Thermoplastic Elastomer - Excellent hydrolytic Stability and balance of properties.

ExTima™ GP is a Graphene/Polymer master batch family of compounds based on a proprietary ExTima technology of Ovation Polymers. Our proprietary ExTima™ dispersion technology maximizes the effect of Nano materials, in this case graphite nano-platelets in polymer.ExTima™ GP MB PP 130 is a Polypropylene/graphene masterbatch based on an injection molding grade PP. This master batch easily blends and disperses using injection molding and extrusion processes while retaining the physical, structural, and thermal properties of the base polymer.The ExTima™ GP product line is customizable depending on the product application and desired properties. The graphene nanoplatelets sizes can also be varied from 5µm through 25µm.

Polycarbonate - Thermally and electrically conducting grade with high HDT and improved processability.

Polycarbonate Alloy - High temperature (HDT), high Impact, with excellent short and long term heat stability.

Nylon 66 - Glass reinforced (14 %), high tensile strength, stiffness and HDT.

OpteSTAT™ compounds are Ovation Polymers' line of nano-compounds based on carbon nanotubes. Our proprietary dispersion technology debundles and disentangles carbon nanotubes without compromising their integrity. OpteSTAT™ compounds exhibit good conductivity at minimal nanotube loadings, achieving exceptional cleanliness and physical property retention. OpteSTAT™ POM DP493 is a POM copolymer based carbon nanotube compound.

Non-Hal FR-PC with High HDT, high impact and improved processability.

Properties of chemically coupled glass reinforced (20%) polypropylene with high strength and HDT.

OpteSTAT™ master batches are Ovation Polymers' line of nano-compounds based on carbon nanotubes. Our proprietary dispersion technology debundles and disentangles carbon nanotubes without compromising their integrity. OpteSTATTM compounds exhibit good conductivity at minimal nanotube loadings, achieving exceptional cleanliness and physical property retention.OpteSTAT™ NC TPU 9020 is a Thermoplastic Polyurethane-based carbon nanotube compound. The material resistivity can be tailored to the application, while retaining the physical and thermal properties of the base polymer.Target applications include components of disk drives, business machines or other electronic assemblies where ESD control is required while retaining exceptional cleanliness, dimensional control and physical properties.

Nylon 6 - Glass reinforced (50 %), high tensile strength, stiffness and HDT.

Thermoplastic Polyurethane - 30% Short Glass Fiber reinforced excellent strength and processability.

Nylon 66 - Glass reinforced (50 %), high tensile strength, stiffness and HDT.

ExTima™ GP is a Graphene/Polymer master batch family of compounds based on a proprietary ExTima technology of Ovation Polymers. Our proprietary ExTima™ dispersion technology maximizes the effect of Nano materials, in this case graphite nano-platelets in polymer.ExTima™ GP MB PA12 720 is a Polyamide 12/graphene masterbatch based on an injection molding grade PA12. This master batch easily blends and disperses using injection molding and extrusion processes while retaining the physical, structural, and thermal properties of the base polymer.The ExTima™ GP product line is customizable depending on the product application and desired properties. The graphene nanoplatelets sizes can also be varied from 5µm through 25µm.

Nemcon™ H-series products are designed for use in high performance electronic assemblies where heat removal is critical to system performance. Nemcon™ H PO DP117/X2 is a thermally conductive polyetheretherketone, offering excellent chemical resistance, good stiffness and high HDT. It should be used in demanding applications where thermal management must be accomplished in harsh environments.

Electrically conductive Polybutadiene Terephthalate injection molding grade.

Nemcon™ H-series products are designed for use in applications where heat removal is critical to system performance. Nemcon™ H PU DP124/X2 is thermally conductive polyurethane, available as an injection moldable grade to replace metals in enclosures and medical device parts. It should be used in applications where thermal management must be accomplished along with esthetics and cost-effectiveness.

Nylon 6 - Mighty Tough plasticized extrusion grade for tubing/profile applications.

OpteSTAT™ master batches are Ovation Polymers' line of nano-compounds based on carbon nanotubes. Our proprietary dispersion technology debundles and disentangles carbon nanotubes without compromising their integrity. OpteSTAT™ compounds exhibit good conductivity at minimal nanotube loadings, achieving exceptional cleanliness and physical property retention.OpteSTAT™ NC PES 6010 is Polyether Sulfone-based carbon nanotube compound. The material resistivity can be tailored to the application, while retaining the physical and thermal properties of the base polymer.Target applications include components of disk drives, business machines or other electronic assemblies where ESD control is required while retaining exceptional cleanliness, dimensional control and physical properties.

Glass reinforced (30 %) Polyether Sulfone, excellent chemical and electrical resistance, high stiffness, modulus and HDT.

Nylon 6 - Glass reinforced (15 %), high tensile strength, stiffness and HDT.

Nemcon™ E-series products are designed for use in ESDA electronic assembly environments. Nemcon™ E PC CB is a carbon black-filled polycarbonate characterized by consistent moldability, recyclability, low outgassing, and good conductivity.

Polyester - 45% Glass Fiber Reinforced PET.

ExTima™ GP is a Graphene/Polymer master batch family of compounds based on a proprietary ExTima technology of Ovation Polymers. Our proprietary ExTima™ dispersion technology maximizes the effect of Nano materials, in this case graphite nano-platelets in polymer.ExTima™ GP MB PPS 430 is a PPS/graphene masterbatch based on an injection molding grade PPS. This master batch easily blends and disperses using injection molding and extrusion processes while retaining the physical, structural, and thermal properties of the base polymer.The ExTima™ GP product line is customizable depending on the product application and desired properties. The graphene nanoplatelets sizes can also be varied from 5µm through 25µm.

OpteSTAT™ master batches are Ovation Polymers' line of nano-compounds based on carbon nanotubes. Our proprietary dispersion technology debundles and disentangles carbon nanotubes without compromising their integrity. OpteSTAT™ compounds exhibit good conductivity at minimal nanotube loadings, achieving exceptional cleanliness and physical property retention.OpteSTAT™ NC PK 8010 is PEEK-based carbon nanotube compound. The material resistivity can be tailored to the application, while retaining the physical and thermal properties of the base polymer.Target applications include components of disk drives, business machines or other electronic assemblies where ESD control is required while retaining exceptional cleanliness, dimensional control and physical properties.

Nylon 66 - Glass reinforced (13 %), high tensile strength, stiffness and HDT.

Thermoplastic Elastomer - Excellent hydrolytic Stability and balance of properties.

PET - Fiber Grade with ESD Range Conductivity with improved processability.

OpteSTAT™ NC compounds are Ovation Polymers' line of nano-compounds based on carbon nanotubes. Our proprietary dispersion technology debundles and disentangles carbon nanotubes without compromising their integrity. OpteSTAT™ compounds exhibit good conductivity at minimal nanotube loadings, achieving exceptional cleanliness and physical property retention.OpteSTAT™ NC-PC 1020 is Polycarbonate-based carbon nanotube compound. The material resistivity can be tailored to the application, while retaining the physical and thermal properties of the base polymer.Target applications include components of disk drives, business machines or other electronic assemblies where ESD control is required while retaining exceptional cleanliness, dimensional control and physical properties.

Ultra Tough - High Impact, Excellent retention of mechanical properties, High service temperature.

HDPE - ESD Range Conductivity with improved processability and UV resistance.