Products in Composite Materials: Conductive Agent

Progressive Fillers International offers a solution to the industrial standard dark color of conductive and anti-state applications by offering a radiant shine to conductive additives, the CSL lines are conductive synthetic flakes with an adjustable specific gravity and density to fit the project. Having full control designing the weight, dimensions and over all parameters of the flake gives the customer full control over their original design and cost.

Conductive Silver Spheres (CHS) are highly conductive, low density, spherical powders and particles with a dry bulk resistivity of .001 ohms/cm. Offering seamless electrical continuity of pure silver at a fraction of the cost and weight. The CHS additives are noticeably lighter than solid silver in paints, Composites and adhesive, while providing excellent conductivity, the low particle density of the CSGS and large surface area facilitates slow phase separation in paints and adhesives compared to heavy metallic and organic fillers. The CHS also works well when used as catalysts, laser fusion targets, and electrically conducting bond line spacers in advanced electronics and other applications. The CHS additives are engineered for high conductivity and shielding electromagnetic interference while improving the applications impact strength. The spheres can be customized from size to silver % to fit the application.

Conductive Silver Spheres (CHS) are highly conductive, low density, spherical powders and particles with a dry bulk resistivity of .001 ohms/cm. Offering seamless electrical continuity of pure silver at a fraction of the cost and weight. The CHS additives are noticeably lighter than solid silver in paints, Composites and adhesive, while providing excellent conductivity, the low particle density of the CSGS and large surface area facilitates slow phase separation in paints and adhesives compared to heavy metallic and organic fillers. The CHS also works well when used as catalysts, laser fusion targets, and electrically conducting bond line spacers in advanced electronics and other applications. The CHS additives are engineered for high conductivity and shielding electromagnetic interference while improving the applications impact strength. The spheres can be customized from size to silver % to fit the application.

Conductive Silver Spheres (CSGS) are highly conductive, low density, spherical powder and particle with a dry bulk resistivity of .001 ohms/cm. Offering seamless electrical continuity of pure silver at a fraction of the cost and weight. The CSGS additives are noticeably lighter than solid silver in paints, composites and adhesive, while providing excellent conductivity, the low particle density of the CSGS and large surface area facilitates slow phase separation in paints and adhesives compared to heavy metallic and inorganic fillers. The CSGS also works well when used as catalysts, laser fusion targets, and electrically conducting bond line spacers in advanced electronics and other applications. The CSGS additives are engineered for high conductivity and shielding electromagnetic interference while improving the applications impact strength.

Progressive Fillers International offers a solution to the industrial standard dark color of conductive and anti-state applications by offering a radiant shine to conductive additives, the CSL lines are conductive synthetic flakes with an adjustable specific gravity and density to fit the project. Having full control designing the weight, dimensions and over all parameters of the flake gives the customer full control over their original design and cost.

Conductive Silver Spheres (CSGS) are highly conductive, low density, spherical powder and particle with a dry bulk resistivity of .001 ohms/cm. Offering seamless electrical continuity of pure silver at a fraction of the cost and weight.The CSGS additives are noticeably lighter than solid silver in paints, composites and adhesive, while providing excellent conductivity, the low particle density of the CSGS and large surface area facilitates slow phase separation in paints and adhesives compared to heavy metallic and inorganic fillers. The CSGS also works well when used as catalysts, laser fusion targets, and electrically conducting bond line spacers in advanced electronics and other applications. The CSGS additives are engineered for high conductivity and shielding electromagnetic interference while improving the applications impact strength.

Progressive Fillers International offers a solution to the industrial standard dark color of conductive and anti-state applications by offering a radiant shine to conductive additives, the CSL lines are conductive synthetic flakes with an adjustable specific gravity and density to fit the project. Having full control designing the weight, dimensions and over all parameters of the flake gives the customer full control over their original design and cost.

Conductive Silver Spheres (CHS) are highly conductive, low density, spherical powders and particles with a dry bulk resistivity of .001 ohms/cm. Offering seamless electrical continuity of pure silver at a fraction of the cost and weight. The CHS additives are noticeably lighter than solid silver in paints, Composites and adhesive, while providing excellent conductivity, the low particle density of the CSGS and large surface area facilitates slow phase separation in paints and adhesives compared to heavy metallic and organic fillers. The CHS also works well when used as catalysts, laser fusion targets, and electrically conducting bond line spacers in advanced electronics and other applications. The CHS additives are engineered for high conductivity and shielding electromagnetic interference while improving the applications impact strength. The spheres can be customized from size to silver % to fit the application.

Conductive Silver Spheres (CSGS) are highly conductive, low density, spherical powder and particle with a dry bulk resistivity of .001 ohms/cm. Offering seamless electrical continuity of pure silver at a fraction of the cost and weight. The CSGS additives are noticeably lighter than solid silver in paints, composites and adhesive, while providing excellent conductivity, the low particle density of the CSGS and large surface area facilitates slow phase separation in paints and adhesives compared to heavy metallic and inorganic fillers. The CSGS also works well when used as catalysts, laser fusion targets, and electrically conducting bond line spacers in advanced electronics and other applications. The CSGS additives are engineered for high conductivity and shielding electromagnetic interference while improving the applications impact strength.

Micaclad Conductive Silver Flakes (CSM100) is a highly conductive silver mica with a dry bulk resistivity of .002 ohms/cm. These pure silver platelets have the shielding and conductive roperties of solid metal silver with a fraction of the cost. The blanketing effect of silver and the reinforcement advantages of the mineral help provide strength and a stable conductive surface.

Progressive Fillers International offers a solution to the industrial standard dark color of conductive and anti-state applications by offering a radiant shine to conductive additives, the CSL lines are conductive synthetic flakes with an adjustable specific gravity and density to fit the project. Having full control designing the weight, dimensions and over all parameters of the flake gives the customer full control over their original design and cost.

Progressive Fillers International offers a solution to the industrial standard dark color of conductive and anti-state applications by offering a radiant shine to conductive additives, the CSL lines are conductive synthetic flakes with an adjustable specific gravity and density to fit the project. Having full control designing the weight, dimensions and over all parameters of the flake gives the customer full control over their original design and cost.

EMFutur EM100001 is noted for its mechanical and thermal properties. The raw material – graphite – is chemically processed to obtain monolayer flakes of graphene oxide.

EMFutur EM100003 is the amine groups of our aminated graphene oxide improve its dispersibility in various polymer matrices (epoxy resins, polyester resins, polymers and others). The key to improving the mechanical properties lies in the homogeneous dispersion of the filler in the matrix. It has been demonstrated in the literature that amine functionalisation is a successful approach to achieve this.

Eeonomer 500F are a new class of thermally stable, pH neutral and electrically conductive composites made by in situ deposition of polyaniline or polypyrrole on carbon black. Eeonomers are more stable (up to 300 C) than doped intrinsically conductive polymers and more easily processed with thermoplastics than carbon black. For static dissipative and antistatic composites, coatings, elastomers and adhesives.

Fiberglass conductive roving is composed of multiple ends of continuous filament yarn, which have been treated with a coating, which imparts electrical conductivity. The roving is provided with an overwrap of uncoated, twisted continuous filament yarn to maintain the integrity of the roving bundle. This over wrap is available in a single over wrap (B4, B5, B10, B13) and a double over wrap format (BX10, CX19).

SP2 Carbon Technology G&I 1911-3 is a resilient Polyurethane acrylate additive, consisting of Graphene, carbon black, and special silane binder that can create a bonded interface with any fiberglass substrate. G&I 1911-3 is specifically designed for non-woven fiberglass that can achieve the EMI/RFI shielding and ESD elimination.

Eeonomer 200F are a new class of thermally stable, pH neutral and electrically conductive composites made by in situ deposition of polyaniline or polypyrrole on carbon black. Eeonomers are more stable (up to 300 C) than doped intrinsically conductive polymers and more easily processed with thermoplastics than carbon black.

Fiberglass conductive roving is composed of multiple ends of continuous filament yarn, which have been treated with a coating, which imparts electrical conductivity. The roving is provided with an overwrap of uncoated, twisted continuous filament yarn to maintain the integrity of the roving bundle. This over wrap is available in a single over wrap (B4, B5, B10, B13) and a double over wrap format (BX10, CX19).

Fiberglass conductive roving is composed of multiple ends of continuous filament yarn, which have been treated with a coating, which imparts electrical conductivity. The roving is provided with an overwrap of uncoated, twisted continuous filament yarn to maintain the integrity of the roving bundle. This over wrap is available in a single over wrap (B4, B5, B10, B13) and a double over wrap format (BX10, CX19).

SP2 Carbon Technology G&I 1911-1 is a resilient UPR acrylate additive, consisting of Graphene, carbon black, and special silane binder that can easily disperse into any type UPR resin. It is specifically designed for the FRP applications that, with low percentage additive, can achieve the EMI/RFI shielding and ESD elimination.

SP2 Carbon Technology G&I 1911-2 is a room temperature curing epoxy additive and formulated with a combination of Graphene, carbon black, and special silane binder. It is a resilient epoxy acrylate additive that can create a bonded interface with any fiberglass substrate. G&I 1911-2 is specifically designed for the FRP industry to achieve the EMI/RFI shielding and ESD elimination.

Fiberglass conductive roving is composed of multiple ends of continuous filament yarn, which have been treated with a coating, which imparts electrical conductivity. The roving is provided with an overwrap of uncoated, twisted continuous filament yarn to maintain the integrity of the roving bundle. This over wrap is available in a single over wrap (B4, B5, B10, B13) and a double over wrap format (BX10, CX19).

EMFutur EM100002 is obtained by reducing Graphene Oxide (GO). It can be done chemically, thermally or via irradiation (UV or IR) to get a powder form.The great electrical conductivity of this product is an important feature in some research projects.