Overview of Nickel Plate

A nickel plate refers to a thin layer of nickel deposited onto a substrate material, typically through electroplating. This process enhances the substrate’s properties such as corrosion resistance, wear resistance, and aesthetic appeal. Nickel plating is widely used in industries like automotive, electronics, and aerospace for its functional and decorative benefits.

Features of Nickel Plate

Corrosion Resistance: Provides excellent protection against rust and corrosion.

Wear Resistance: Increases durability and longevity by resisting abrasion and wear.

Enhanced Appearance: Offers a bright, reflective surface that improves aesthetics.

Electrical Conductivity: Improves electrical performance in certain applications.

Adhesion: Bonds well with various substrates including steel, brass, and aluminum.

Magnetic Properties: Depending on the type, can exhibit magnetic characteristics useful in specific applications.

(Lab Open Cell Porous Nickel Metal Foam Roll Sheet Composite Metal Ni Foam Plate for Lithium Battery Electrode)

Specifications of Lab Open Cell Porous Nickel Metal Foam Roll Sheet Composite Metal Ni Foam Plate for Lithium Battery Electrode

Laboratory Open Cell Porous Nickel Metal Foam Roll Sheet Composite Steel Ni Foam Plate for Lithium Battery Electrode is a high-performance product engineered to boost power storage and conversion effectiveness in lithium-ion batteries. This permeable nickel foam includes a three-dimensional open-cell structure with interconnected pores, giving remarkable area, conductivity, and mechanical security. It functions as an excellent substratum for electrode products, enabling uniform existing circulation and improved ion transportation.

** Key Specs: **.
– ** Product Make-up: ** Pure nickel (Ni) with trace impurities ≤ 0.1%, ensuring high chemical security and corrosion resistance.
– ** Structure: ** Open-cell porous foam with 95-98% porosity, advertising electrolyte infiltration and energetic material loading.
– ** Pore Density: ** 80-110 PPI (pores per inch), enhanced for stabilizing area and architectural honesty.
– ** Densities: ** Adjustable from 1.0 mm to 3.0 mm, personalized for specific battery styles.
– ** Sheet/Roll Capacities: ** Offered as rolls or sheets; conventional widths vary from 100 mm to 300 mm, with roll lengths up to 10 meters (custom-made lengths available).
– ** Surface: ** 500-1500 m ²/ m ³, boosting electrochemical reactivity for greater power density.
– ** Electric Conductivity: ** ≥ 1.5 × 10 ⁶ S/m, decreasing inner resistance and improving charge/discharge rates.
– ** Thermal Stability: ** Withstands temperatures up to 400 ° C, appropriate for high-energy battery applications.
– ** Density: ** 0.4-0.6 g/cm ³, lightweight yet resilient for mobile devices.

** Applications: **.
Developed for lithium battery electrodes, this Ni foam sustains cathode and anode integration with energetic products like lithium iron phosphate (LiFePO ₄) or graphite. Its porous framework fits volume development throughout cycling, extending battery life-span. It is likewise used in fuel cells, supercapacitors, and catalytic converters as a result of its high surface area and conductivity.

** Advantages: **.
– Improves power density and cycle life of lithium batteries.
– Assists in rapid ion/electron transfer, allowing quickly billing.
– Decreases electrode deterioration and dendrite formation.
– Adjustable thickness, pore size, and measurements for lab-scale R&D or industrial production.

** Handling: **.
Can be cut, bonded, or coated without structural concession. Suitable with slurry finish, electrodeposition, and thermal therapy procedures. Perfect for experimental and industrial battery production.

(Lab Open Cell Porous Nickel Metal Foam Roll Sheet Composite Metal Ni Foam Plate for Lithium Battery Electrode)

Applications of Lab Open Cell Porous Nickel Metal Foam Roll Sheet Composite Metal Ni Foam Plate for Lithium Battery Electrode

Laboratory Open Up Cell Porous Nickel Steel Foam Roll Sheet Compound Metal Ni Foam Plate is a high-performance material engineered for advanced lithium battery electrode applications. Its three-dimensional open-cell porous framework, composed of interconnected nickel strands, offers exceptional electric conductivity, mechanical security, and a big area, making it perfect for boosting battery efficiency.

In lithium-ion and lithium-sulfur batteries, this nickel foam acts as a conductive scaffold for electrode products. Its permeable style enables efficient electrolyte seepage, guaranteeing fast ion transport and decreasing interior resistance. This boosts charge/discharge prices and power density. For cathodes in lithium-sulfur systems, the foam’s high surface supports sulfur packing while alleviating polysulfide shuttling, improving cycle security. In anodes, it suits quantity adjustments during lithiation/delithiation, avoiding electrode destruction and lengthening battery life.

The material’s light-weight yet durable structure additionally profits solid-state batteries, where it helps in maintaining electrode-electrolyte call under mechanical tension. Its thermal stability makes sure safety under high operating temperature levels, a vital aspect for high-power applications like electrical cars and grid storage.

Beyond conventional lithium batteries, this nickel foam is made use of in hybrid and adaptable battery styles. Its roll-sheet form allows scalable manufacturing, allowing precise cutting and shaping for customized electrode setups. The uniform pore distribution guarantees regular covering of active products, maximizing electrochemical efficiency.

Additional benefits include deterioration resistance and compatibility with coating strategies (e.g., electrodeposition), helping with the integration of nanomaterials for greater capacity. Scientist leverage its adaptability to develop next-generation batteries with faster charging, longer cycles, and improved sustainability.

In summary, Laboratory Open Cell Porous Nickel Foam is a transformative product for lithium battery advancement, attending to vital challenges in power thickness, resilience, and scalability. Its versatility throughout electrode layouts positions it as a foundation for progressing energy storage innovations.

Company Introduction

Welcome to Wgraj, a premier global supplier of high-quality metal cladding solutions. We specialize in providing a wide range of metal cladding products, including aluminum, steel, and copper composites, designed to meet the diverse needs of architects, builders, and designers. Our commitment to innovation, durability, and aesthetic excellence ensures that our clients receive top-tier materials for their projects. With state-of-the-art manufacturing facilities and a dedication to customer satisfaction, we deliver reliable, cost-effective solutions worldwide. Partner with us for your metal cladding needs and experience unmatched quality and service.

If you have any questions, please feel free to contact us(nanotrun@yahoo.com).

Payment Methods

T/T, Western Union, Paypal, Credit Card etc.

Shipment Methods

By air, by sea, by express, as customers request.

5 FAQs of Lab Open Cell Porous Nickel Metal Foam Roll Sheet Composite Metal Ni Foam Plate for Lithium Battery Electrode

What is the primary application of Lab Open Cell Porous Nickel Metal Foam in lithium batteries?
Lab Open Cell Porous Nickel Metal Foam is widely used as a conductive substrate for lithium battery electrodes. Its high porosity and three-dimensional structure provide ample surface area for active materials (like lithium cobalt oxide or graphite) to adhere, enhancing ion transport and electrode efficiency. This improves battery capacity, charge/discharge rates, and overall performance in applications like EVs, portable electronics, and energy storage systems.

Why choose nickel foam over other materials for battery electrodes?
Nickel foam offers superior electrical conductivity, thermal stability, and corrosion resistance compared to alternatives like carbon or copper foam. Its open-cell porous structure ensures uniform current distribution, reduces internal resistance, and supports efficient electrolyte diffusion. These properties minimize energy loss, extend battery cycle life, and enable high-power applications, making it ideal for advanced lithium-ion and lithium-sulfur batteries.

What are the key specifications of this nickel foam product?
Typical specifications include thickness (0.5–2.0 mm), pore density (80–120 PPI), porosity (95–98%), and sheet/roll dimensions (customizable up to 1m width). The material is lightweight (0.3–0.6 g/cm³ density) and features high purity (99.9% Ni). It is available in rolls, sheets, or plates, with options for surface treatments or coatings to optimize performance for specific battery chemistries.

Can the nickel foam be customized for specific research or industrial needs?
Yes, the foam can be tailored in thickness, pore size, and shape (e.g., discs, strips) to suit experimental or production requirements. Surface modifications, such as pre-coating with catalysts or alloys, are also available. Researchers often customize it to test new electrode designs, while manufacturers adjust parameters for scalability in high-energy-density battery production.

How should the nickel foam be handled and stored for optimal performance?
Store the foam in a dry, room-temperature environment to prevent oxidation or contamination. Avoid bending or compressing the material, as this may alter its porous structure. When cutting, use non-abrasive tools to maintain integrity. For lab use, wear gloves to minimize oil residue from skin. Pre-cleaning with ethanol or acid may be required to remove surface impurities before electrode fabrication.

(Lab Open Cell Porous Nickel Metal Foam Roll Sheet Composite Metal Ni Foam Plate for Lithium Battery Electrode)