🇺🇸United States · USD▾
🇺🇸United States · USD▾
Showing 17–32 of 36 results
Nickel Foam (Porous Metal) Application: Battery Current Collectors, Catalysts/Carriers, Filtration, Thermal Management, Sound Absorption, and EMI Shielding. Product Overview: Nickel Foam is a porous metal material with a reticulated three-dimensional structure resembling a sponge. It features high porosity (96-98%) and a hollow interconnected skeleton. Its specific gravity is (0.2-0.3, approx. 1/4 that of water). It…
Nickel Foam Disc (Coin Cell Internal Support) Application: Internal Support/Spacer for Coin Cell Batteries (e.g., CR2032, CR2016) Product Overview: This product features nickel foam cut into discs, designed for use as internal support structures or current collectors in coin cell research. The material possesses a three-dimensional reticulated structure with high porosity. Material Purity: >= 99.9%…
Nickel Foil Application: Acid-Resistant Current Collector for Research, Thermal Conductor Product Overview: High-purity nickel foil featuring consistent corrosion resistance, high electrical conductivity, and high thermal behavior. Ideally suited for use as a current collector in acidic electrolyte systems (research grade) and various thermal management applications. Purity: > 99.9% Thickness: 0.03 mm Width: 150 mm Standard…
Nickel Mesh – 100 Mesh (100 mm x 100 mm Sheet) This nickel mesh provides corrosion resistance, electrical and thermal conductivity, and operation under elevated temperatures. It is used in supercapacitors and lithium-ion battery current collectors. Material: Nickel Purity: 99.5% Weaving Type: Plain weave Mesh Specification (100 Mesh) Size: 100 mm x 100 mm Thickness:…
Nickel-Plated Perforated Steel Foil Current Collector Packaging Options: – Quantity: 2 m/Roll Product Description: Overview: Known as NPPS, this material is produced by punching holes into cold-rolled white steel strip followed by an electrochemical nickel-plating process. It is primarily applied in high-end Nickel-Metal Hydride (Ni-MH) batteries. Key Specifications: – Total Width: 228.5 ± 0.2 mm…
Perforated Aluminum Foil Application: Current Collector Material for Lithium-ion Batteries Product Overview: This Perforated Aluminum Foil serves as a current collector for lithium-ion battery architectures. The material is produced through a secondary mechanical processing step (perforation) applied to standard lithium battery-grade aluminum foil. Foil Thickness: 20 µm Total Foil Width: 265 ± 1 mm Perforated…
Perforated Copper Mesh for Lithium-ion Battery Anode Application: Anode Material/Current Collector for Lithium-ion Batteries Product Overview: This product is a perforated copper mesh. It is used in the manufacture of lithium-ion batteries. Material: Copper Purity: > 99.99% Width: 240 mm Thickness: 0.045 mm Areal Density: 180 ± 15 g/m² Pore Size: 0.4 mm x 1.5…
Product Name: PET-Based Double-Sided Composite Aluminum Foil Application: Current Collector for Lithium-ion and Sodium-ion Batteries Product Overview: This composite foil has a sandwich structure with a PET substrate. Areal Density: 13 ± 0.5 g/m² Total Thickness: 8.0 (+1/-0) um Width: 280 mm Sheet Resistance: 40 ± 3 mOhm/□ Resistivity: <= 4 x 10⁻⁸ Ohm-m Coating…
PET-Based Double-Sided Composite Copper Foil Application: Anode Current Collector for Lithium-ion Batteries Product Overview: This product features a sandwich-structured composite design with a PET substrate. This composite foil is used as an anode current collector for lithium-ion batteries. It is engineered to be used in lithium-ion batteries. Areal Density: 24 ± 0.5 g/m² Total Thickness:…
Porous Carbon Foam Main Applications: Battery electrode materials; phase‐change energy‐storage materials, etc. Packaging: 200 mm x 200 mm x 0.5 mm sheet; areal density 380 ± 25 g/m² Key Parameters: Dimensions: 200 mm x 200 mm x 0.5 mm Areal Density: 380 ± 25 g/m² Pore Density: 100 PPI Porosity: 97%
Porous Copper Foam Application: Electrodes for Supercapacitors, Fuel Cells, and Lithium Batteries; Catalyst Carriers; Thermal Management; EMI Shielding; Filtration. Product Overview: This porous copper foam is a material with electrical and thermal conductivity. It is used as a skeletal material for battery electrodes (such as Ni-Zn batteries) and current collectors for double-layer capacitors. Due to…
Porous Zinc Foam Application: Electrode Materials, Catalyst Carriers, Filtration Materials Product Overview: This zinc foam material exhibits stable physical and chemical properties, used in a wide range of applications including electrode fabrication, catalyst support, and filtration systems. Thickness: 1 mm Dimensions: 200 mm x 300 mm Areal Density: 350 ± 25 g/m² Pore Density: 100…
Single-/Double-Sided Carbon-Coated Aluminum Foil (Oil-Based System Applicable) Application: Current Collector for Lithium-ion (Li-ion) and Sodium-ion (Na-ion) Batteries Product Overview: This Carbon-Coated Aluminum Foil is specifically designed for oil-based electrode slurry systems, serving as a current collector material. We offer custom manufacturing services for both single-sided and double-sided carbon-coated aluminum foil, accommodating various widths and thicknesses….
Single or Double-Sided Shiny Copper Foil (Lithium Battery Grade) Application: Anode Carrier and Current Collector for Lithium-ion Batteries Product Overview: Specialized electrolytic copper foil designed for lithium-ion batteries, featuring 99.98% purity and a surface passivation layer. Purity: > 99.8% (Typical: > 99.98%) Areal Density: 85-90 g/m² (Typical: 88 g/m²) Mass Resistivity: < 0.17 Ohm-g/m² (Typical:…
Product: Stainless Steel Sintered Felt Application: Filtration Materials Product Overview: This stainless steel sintered felt is used for the listed industrial and laboratory filtration applications. Specifications: Material: Stainless Steel Sintered Felt Nominal Thickness: 0.45 mm Porosity: 80% Filtration Precision: 20 µm Bubble Point Pressure: 1900 Pa Permeability (Air Flow Rate): 280 L / (min-dm²-kPa) Dirt…
Thermosensitive High-Surface-Area Double-Sided Carbon-Coated Aluminum Foil for Dry-Process Electrodes The material is designed as a current collector for dry-process electrodes. It consists of an aluminum foil substrate coated on both sides with a thermosensitive, high-surface-area carbon layer. The coating provides conductivity, interfacial contact, and electrode stability under dry-process fabrication conditions. Specifications Substrate thickness: 14 µm…
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