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Item #:
206157693
Foam Nickel,Nickel Ni Foam Super Capacitor-Specific Ni-Foam, Battery-Grade Foam Nickel for Battery Capacitor Electrode Scientific Research Experiment
Item #:
206157693
€ 549
Price Details
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Imported from USA store
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Order now and get it around Tuesday, September 08
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Nickel foam is the ideal material for lithium batteries, improving battery performance exponentially and offering vast applications across various engineering fields.
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What Stands Out
Battery-Grade Quality
Manufactured to battery-grade specifications, ensuring high conductivity and performance for supercapacitor applications, making it a reliable choice for scientific research and commercial use.
Optimal Size
Measuring 1200mm x 300mm x 10mm, this foam nickel is designed for versatile applications, providing sufficient surface area for effective energy storage in your experiments and projects.
Research-Specific Design
Tailored for scientific research, this nickel foam enhances the electrode performance for supercapacitors, enabling researchers to achieve precise results in energy storage studies and experiments.
Product Details
- 🌟Product name: Foam Nickel
- 🌟Nickel foam, a porous structure with a wide frequency of sound absorption, can cut, bend, and simply stick, has strong thermal conductivity. Nickel foam, nickel foam mesh homogeneous three-dimensional mesh structure, has the role of filtration, gas, fluid flow stability of super strong.
- 🌟 The conductive layer can be prepared by three methods of electroless nickel plating, vacuum nickel plating and conductive gel dipping. After nickel plating, thick nickel can be electroplated in general salt nickel plating electrolyte. After the process of burning, reduction and annealing, excellent nickel foam material can be obtained.
- 🌟Sound absorption: the porous structure has the characteristics of wide frequency sound absorption; Electron wave shielding: through relatively thin thickness, about 90dB electron wave shielding; Machinability: can cut, bend, and simply stick; Fire resistance: keep the form stable, difficult to burn at high temperature; Recycling: metal waste materials can be recycled; Heat conduction: porous material has strong heat conduction; Breathable: homogeneous three-dimensional mesh structure.
- 🌟 Through additional processing, can obtain a high noise interception, sound insulation effect is good, exquisite appearance, internal practical: through a variety of processing, suitable for interior decoration; Temperature resistance 600℃ (vacuum environment 800℃), acid and alkali corrosion resistance, good permeability, uniform pore structure, fast heat transfer.
| Brand Name | Heloawei |
| Number of Items | 1 |
| Manufacturer | Heloawei |
| Part Number | NI-PM |
| Item Shape | Square |
| Item Form | Foam |
| Material | Nickel |
| Brand | Heloawei |
| Shape | Square |
| Item Weight | 0.05 lbs (20 grams) |
Dangerous Goods
To avoid the delay in customs clearance process for Dangerous Goods, the shipment shall be opened at our warehouse facility to check the severity of hazardous components. Please see the list of Dangerous goods here.
Who Should Buy?
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Researchers
Ideal for scientists conducting experiments on energy storage systems and supercapacitor development using battery-grade materials.
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Battery Developers
Perfect for engineers developing new battery technologies, utilizing foam nickel as an electrode material for enhanced performance.
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Educational Projects
Suitable for students and educators involved in academic projects related to electrochemistry, batteries, and materials science.
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Casual Users
Not suited for hobbyists without a background in electrochemistry or materials science due to complexity and specificity.
Product Description
Have any Query? Chat with us
Customer Questions & Answers
-
Question:
What is Foam Nickel and how is it used in batteries?
Answer: Foam Nickel, or Nickel Ni Foam, is a specialized nickel foam material designed for use in supercapacitors and battery electrodes. This unique structure enhances the surface area, allowing for more efficient charge and discharge cycles. It is ideally suited for scientific research and experimentation focused on energy storage applications. Researchers utilize Foam Nickel to create high-performance electrodes, optimizing energy density and conductivity in battery systems. -
Question:
What are the dimensions of the Foam Nickel product?
Answer: The Foam Nickel product measures 100mm by 100mm with a thickness of 0.04mm. These dimensions make it suitable for various laboratory setups and experimental designs. It's compact enough to fit into standard testing equipment, yet large enough to conduct significant experiments in energy storage, ideal for researchers working on battery technology and supercapacitors. -
Question:
Is Foam Nickel suitable for all types of batteries?
Answer: Foam Nickel is particularly suited for supercapacitors and certain types of rechargeable batteries, like nickel-metal hydride (NiMH) or lithium-ion batteries. Its high surface area and conductivity provide efficient energy storage and quick discharge capabilities. However, it's essential to determine compatibility with specific battery chemistries before use, as its application varies across different technologies. -
Question:
How does Foam Nickel compare to other electrode materials?
Answer: Foam Nickel offers advantages over traditional electrode materials such as carbon and metal oxides due to its high surface area, lightweight nature, and superior electrical conductivity. These properties enable enhanced performance in energy storage applications, leading to quicker charge and discharge rates compared to conventional materials, making it an attractive choice for advanced scientific research. -
Question:
What applications can Foam Nickel be used for in scientific research?
Answer: Foam Nickel is used predominantly in the development of energy storage devices, particularly supercapacitors and batteries. Its structure allows for detailed experimentation in research settings, improving understanding of electrode behavior in energy storage systems. Applications include testing new battery chemistries, optimizing supercapacitor performance, and innovations in energy-efficient technologies. -
Question:
Can Foam Nickel be customized for specific experiments?
Answer: While the standard Foam Nickel dimensions are 100mm x 100mm x 0.04mm, researchers can cut or layer the foam to suit specific experimental needs. Customization allows for varied designs in electrode configurations, adapting to the requirements of different experiments. This versatility supports innovative research initiatives in battery technology and materials science. -
Question:
What preparation is needed for using Foam Nickel in experiments?
Answer: Before using Foam Nickel, it should be thoroughly cleaned and sometimes treated based on your experimental requirements. This might involve rinsing with solvents to remove impurities or pre-treating the surface to enhance conductivity. Proper preparation ensures optimal performance of the Foam Nickel in energy storage experiments and improves electrochemical stability. -
Question:
Is Foam Nickel reusable in experiments?
Answer: Yes, Foam Nickel can be reused multiple times in experiments, provided it is adequately cleaned and maintained between uses. Its durable structure withstands various electrochemical processes without significant degradation, making it a practical choice for repeated testing in advanced material research and battery applications. -
Question:
Where can I buy Foam Nickel in Malta?
Answer: Foam Nickel can be purchased from Ubuy, an online shopping platform that stocks various materials, including Battery-Grade Foam Nickel for scientific research. Ubuy provides a convenient way to find specialized materials tailored for experimental needs, ensuring easy access for researchers and professionals in your country. -
Question:
What safety precautions should be taken when handling Foam Nickel?
Answer: When handling Foam Nickel, it's important to wear appropriate personal protective equipment such as gloves and safety goggles. While the foam itself is non-toxic, handling it during cutting or preparation can lead to small particles that may irritate the eyes or skin. Following standard laboratory safety protocols will help maintain a safe workspace, especially in research environments.
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€ 549
Order now and get it around Tuesday, September 08
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Features & Benefits
- Ideal for lithium batteries, enhancing performance exponentially.
- Versatile applications in chemical engineering as catalysts and filter media.
- Significantly improves energy efficiency in electrochemical processes.
- Serves efficiently in thermal engineering for heat conduction and damping.
- Excellent sound absorption and electromagnetic shielding properties.
- Environmentally friendly, as it can be recycled and reused.
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