# nsfoil.com

> Custom Current Collector Foil Manufacturer


## Posts

- [A Brief Guide To Battery Aluminum Foil](https://www.nsfoil.com/know-how/a-brief-guide-to-battery-aluminum-foil/): Table of Contents Toggle IntroductionQuality requirements for battery aluminum foil:Ⅰ. Surface wetting tensionII. Surface QualityIII. Plate Shape QualityIV. ThicknessV. Surface density and end face qualityVI. Pinhole RequirementsVII . Mechanical Properties Introduction As a crucial component of the lithium-ion battery electrode structure, the current collector serves as a carrier of active materials and a current collector for transmission. Therefore, an ideal current collector should meet the requirements of high conductivity, high stability, low cost, and flexibility and thinness. Typically, aluminum foil is used as the positive electrode current collector, and copper foil as the negative electrode current collector. This is because […]
- [What Are The Four Major Materials For Lithium Batteries?](https://www.nsfoil.com/industry-news/what-are-the-four-major-materials-for-lithium-batteries/): Are lithium batteries considered “new energy?” If that term sounds vaguely familiar to you, lithium battery industry has gained immense attention lately and many friends are interested in knowing more. Today we will cover four primary materials used in lithium battery production? The Four Major Materials of Lithium Batteries! At present, lithium batteries consist of four primary materials. These materials include: ternary lithium metal phosphate iron phosphate lithium cobalt oxide oxide manganese oxide. 2, Introduction to the Four Major Materials for Lithium Battery! 1. Ternary Lithium Ternary lithium batteries, commonly referred to as ternary polymer lithium batteries, consist of three […]
- [Benefits and Features Of Copper Foil Current Collector In Lithium Battery Applications](https://www.nsfoil.com/company-news/benefits-and-features-of-copper-foil-current-collector-in-lithium-battery-applications/): Lithium battery current collectors typically employ aluminum foil as the positive electrode and copper foil as the negative one. Copper foil is an integral component of lithium batteries. Serving as both current collector and carrier of negative active material, its role as current collector has a direct bearing on cycle life, energy density, safety and other characteristics that define them. Product Category : Copper Foil for Battery Grade Applications (Single/Double Light, Coated Copper Foil Single/Double Side)   Battery Grade Copper Foil (Single/Double Light): Electrolytic copper foil refers to metallic copper foil produced through electrolysis by using copper as the primary […]
- [Why Is Aluminum Foil Rarely Used Alone In Packaging](https://www.nsfoil.com/company-news/why-is-aluminum-foil-rarely-used-alone-in-packaging/): Aluminum foil remains one of the primary packaging materials, due to its non-toxic, heat conducting and light blocking qualities as well as moisture proof properties – meaning its popularity remains undiminished despite some practical limitations of aluminum foil use. However, many considerations still arise in its application practice. Aluminum Foil Applications Aluminum foil is manufactured using electrolytic aluminum purified to a purity level greater than 99.5% by rolling and pressing, producing an elegant metallic sheen that is non-toxic, tasteless and odorless with excellent light-blocking properties of up to 95% reflectivity. Furthermore, its properties remain consistent at both high and low […]
- [Summary of Materials Used in Lithium Batteries](https://www.nsfoil.com/company-news/summary-of-materials-used-in-lithium-batteries/): Lithium-ion batteries consist of multiple elements, including the cathode, anode, electrolyte and separator. Furthermore, batteries may include binder material such as carbon black (conductive carbon black), current collectors or current collector tabs as well as packaging materials. Cathode material Cathode material has an enormous influence on the performance and characteristics of batteries. Lithium batteries use various positive electrode materials, including: Lithium Cobaltate O2 (LiCoO2) offers an operating voltage range between 4.2V, 4.35V and 4.45V; Ternary Materials: These include NCM900505, NCM811, NCM622, NCM613 NCM523, NCA111; lithium niobate coated NCM8111 and lithium iron phosphate P198 DY-3XDNP01-2 are amongst several other materials that […]
- [Application Of Aluminum Foil In Lithium-Ion Batteries](https://www.nsfoil.com/industry-news/application-of-aluminum-foil-in-lithium-ion-batteries/): Introduction Aluminum foil has become increasingly prevalent in lithium-ion battery applications as both a positive current collector and barrier layer for soft-packaging aluminum-plastic films. As the lithium-ion market grows, so has aluminum foil’s consumer market. Aluminum foil is widely used as both a positive current collector and barrier layer when soft-packaging aluminum-plastic film in lithium-ion batteries. As this market grows, so too has its demand for aluminum foil as current collectors; currently their thickness has decreased from 16mm in previous years to 8mm. Aluminum Foil Cathode Current Collector for Li-ion Batteries Current collectors serve primarily to provide electrochemical reactions with […]
- [The Role of Copper Foil in Next-Generation Battery Technology](https://www.nsfoil.com/industry-news/the-role-of-copper-foil-in-next-generation-battery-technology/): Copper foil promises a bright future in shaping our energy landscape through more efficient and eco-friendly battery technologies. Through continuous innovations that bring forth new opportunities while addressing current limitations head-on, we can anticipate a world in which reliable power sources ensure a sustainable future for generations yet unborn.
- [Differences Between Ternary Batteries and Lithium Batteries](https://www.nsfoil.com/know-how/differences-between-ternary-batteries-and-lithium-batteries/): Lithium Ion Ternary Batteries refer to batteries which utilise lithium ions as their charge transfer medium. Their primary constituents typically include nickel, cobalt and manganese; hence it has earned the moniker of “ternary”. Comparable to lithium batteries, ternary batteries exhibit different performance and characteristic traits: Capacity and Energy Density: Ternary batteries boast higher capacity and energy density compared to traditional lithium batteries, meaning that they store more electricity per volume or mass. This allows ternary batteries to provide longer range and are ideal for high energy applications. Safety: Due to their relatively lower cobalt content compared to lithium batteries, ternary […]
- [Measures to Prevent Explosion of Lithium-ion Batteries](https://www.nsfoil.com/know-how/measures-to-prevent-explosion-of-lithium-ion-batteries/): Lithium-ion battery safety is an intricate matter. One major threat lies within random internal short circuiting that occurs within batteries resulting in on-site failure and uncontrolled heating; hence the development and use of materials with superior thermal stability should be prioritized in efforts to further increase future lithium-ion safety performance. Improving the thermal stability of battery materials Synthesis techniques that increase thermal stability include optimising conditions and methods; synthesizing materials with excellent thermal stability is also possible, or alternatively doping and coating techniques may be employed to achieve it. Thermal stability of negative electrode materials depends on three elements: type […]
- [Can Sodium Ions Replace Lithium Ions As The Optimal Choice For Power Batteries?](https://www.nsfoil.com/industry-news/can-sodium-ions-replace-lithium-ions-as-the-optimal-choice-for-power-batteries/): As sodium battery technology and industrialization evolve over time, its gradual improvement may alleviate energy storage shortcomings but cannot completely replace lithium batteries in the market. For the foreseeable future, however, both technologies will co-develop alongside each other, creating an ongoing battle of "sodium ion batteries".
- [Which Is Better, Lithium Battery Or Lead-Acid Battery?](https://www.nsfoil.com/industry-news/which-is-better-lithium-battery-or-lead-acid-battery/): At present, batteries on the market can be divided into two camps: lead-acid batteries and lithium batteries. Each offers its own advantages while creating certain difficulties for consumers. Let’s look at some differences between them both. 1. Different memory effects Lithium batteries lack memory effects; they can be charged and discharged at any time with low levels of self-discharge. Lead acid batteries do not allow this, however; their self discharge rate can become severe after prolonged inactivity; their discharge rate remains small due to limited current available for discharging over a longer period. 2. Varying operating temperatures Ordinary lithium battery […]
- [Optimizing Current Collector Materials for Enhanced Efficiency in Solar Cells](https://www.nsfoil.com/industry-news/optimizing-current-collector-materials-for-enhanced-efficiency-in-solar-cells/): Optimizing current collector materials is crucial to increasing solar cell performance. By continually pushing technological boundaries and seeking out innovative solutions, we can accelerate progress toward creating a cleaner energy future.
- [Comparative Analysis of Current Collector Materials: Copper vs. Aluminum for Lithium-ion Batteries](https://www.nsfoil.com/industry-news/comparative-analysis-of-current-collector-materials-copper-vs-aluminum-for-lithium-ion-batteries/): From our comparative analysis of current collector materials for lithium-ion batteries, it is apparent that both copper and aluminum present their own set of advantages and disadvantages.
- [What Is Graphene Oxide And Why Is It A Promising Material For Battery Applications?](https://www.nsfoil.com/know-how/what-is-graphene-oxide-and-why-is-it-a-promising-material-for-battery-applications/): Introduction: Graphene oxide (GO) has recently gained significant attention as a potential material to increase battery performance. With unique properties including high surface area, excellent electrical conductivity and chemical stability, GO holds promise as an additive component in battery technology; however, as with any new technology it must first overcome certain challenges and limitations before being widely adopted. One of the major obstacles associated with producing graphene oxide (GO) lies in its production process. Traditional methods involving harsh chemicals and energy consumption make its creation both expensive and environmentally unfriendly, leading to unnecessary expenses and pollution impacts. Therefore, alternative production […]
- [Enhancing Battery Performance with Graphene Oxide-Coated Current Collector Materials](https://www.nsfoil.com/company-news/enhancing-battery-performance-with-graphene-oxide-coated-current-collector-materials/): Batteries play an essential role in our everyday lives, powering devices ranging from smartphones and electric vehicles to portable music players and portable media players. As technology has progressed and we become more reliant on portable devices
- [Exploring Copper Foil as a Current Collector Material in Lithium-ion Batteries](https://www.nsfoil.com/industry-news/exploring-copper-foil-as-a-current-collector-material-in-lithium-ion-batteries/): Copper foil's role as a current collector material in lithium-ion battery technology advancement cannot be overemphasized. Its exceptional electrical conductivity combined with its versatility make it an excellent solution for efficiently collecting and disbursing current within batteries.
- [Exploring the Functions of Current Collector Foils in Battery Technology](https://www.nsfoil.com/know-how/exploring-the-functions-of-current-collector-foils-in-battery-technology/): Are you ready to experience the electrifying world of battery technology? Brace yourself! Today we will unveil one of the unsung heroes behind this revolutionary innovation – the current collector foil. Often overlooked but never underestimated, this unassuming component plays an essential role in powering smartphones, electric vehicles and renewable energy systems – not forgetting smartphones themselves! Join us as we unravel its mysteries while learning more about its role towards creating a greener future – you are about to be charged up with knowledge! Introduction to Battery Technology and Its Importance batteries have become an indispensable part of modern […]
- [Advancements in Aluminum Foil as a Current Collector for Supercapacitors](https://www.nsfoil.com/know-how/advancements-in-aluminum-foil-as-a-current-collector-for-supercapacitors/): As technological and research efforts advance to alleviate some of the limitations associated with aluminum foil as a current collector, we may see more developments in this area in the near future.

## Pages

- [Customer Cabinet](https://www.nsfoil.com/customer-cabinet/)
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- [Our Advantages](https://www.nsfoil.com/about/our-advantages/): Our Advantages Home About Nsfoil Powering Connections, Perfecting Currents 1 Quality Control Nsfoil has establishes a strict quality control system to conduct comprehensive quality testing and control of raw materials, production processes, and finished products. 2 Cost Control Nsfoil can reduce the production cost per unit product through large-scale production. 3 Advanced Technology With advanced production lines, Nsfoil can precisely control various parameters of the product, such as thickness, porosity, surface morphology, etc. 4 Quality Control Nsfoil can provide customized production services according to customers’ different needs, such as adjusting product specifications, performance parameters, etc. 5 Environmental Protection Nsfoil has […]
- [Our Culture](https://www.nsfoil.com/about/our-culture/): Our Culture Home About Nsfoil Innovation and Technology Quality and Precision Collaboration and Teamwork Nsfoil values innovation and embraces the latest advancements in technology. We have a constant drive to develop cutting-edge solutions and improve the efficiency, performance, and reliability of current collectors. Step meter Nsfoil has a strong focus on maintaining high quality standards and precision in our products. We have always emphasize on meticulous attention to detail, stringent quality control measures, and adherence to industry standards. Conductivity tester We have a collaborative work culture, recognizing the importance of teamwork in achieving success. Different departments and teams work together […]
- [Our Story](https://www.nsfoil.com/about/our-story/): Our Story Home About Nsfoil 2014 Carbon coated Al current collector experiment 2014 2015 Graphene industrialization experiment 2015 2016 Mass production carbon coated aluminum foil began 2016 2017 Laboratory success 2017 2018 Aluminum foil current collector mass production began 2018 2019 3D porous current collector Success 2019 2020 Yearly output increased to 4000 tons 2020 2021 Yearly output increased to 4000 tons 2021 2022 Dry electrode mass production began 2022 2023 Conductivity agent slurry production began 2023 2024 New factory will be put into use, 2024 GET A FREE QUOTE
- [Gallery](https://www.nsfoil.com/gallery/): Home AllCompany exteriorEmployee lifeInspection equipmentManufacturing equipmentAll All Company exterior Employee life Inspection equipment Manufacturing equipment
- [Blog](https://www.nsfoil.com/blog/): Home Recent Posts AllCompany NewsKnow-howIndustry News What Are The Four Major Materials For Lithium Batteries? April 9, 2024 Are lithium batteries considered “new energy?” If that term sounds vaguely familiar… Read More Benefits and Features Of Copper Foil Current Collector In Lithium Battery Applications April 8, 2024 Lithium battery current collectors typically employ aluminum foil as the positive electrode… Read More Why Is Aluminum Foil Rarely Used Alone In Packaging April 8, 2024 Aluminum foil remains one of the primary packaging materials, due to its… Read More Summary of Materials Used in Lithium Batteries April 8, 2024 Lithium-ion batteries consist […]
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- [Application](https://www.nsfoil.com/application/): Application Home Application Main Products Battery aluminum foil collector, supercapacitor collector, dry electrode, nano-graphite-coated aluminum foil collector, graphene aluminum foil collector, carbon coated aluminum foil collector, carbon coated copper foil collector, modified aluminum foil collector, porous aluminum foil collector, porous copper foil collector, graphene coated aluminum foil collector for supercapacitor power battery, etched aluminum foil collector for supercapacitor Polymer carbon-coated foil for solid state battery capacitor, cathode foil for aluminum electrolytic capacitor to collect fluid (cathode corrosion foil, low copper corrosion foil, high purity corrosion foil, high strength corrosion foil, cathodic polarization foil, low copper cathodic polarization foil), various electronic […]
- [About](https://www.nsfoil.com/about/): About Us Home About Nsfoil Shenzhen Nsfoil New Materials Co., Ltd., a high-tech enterprise based in Guangdong Province, was founded in Foshan, a scenic city, in 2012. It is a high-tech national enterprise that integrates research, development, production and sales of fluid functional materials. Our company covers production, application and promotion of electronic aluminum foils. We also offer modified collectors and porous collectors. Nsfoil currently has advanced equipment, such as a large scale high-speed coating line for PCB-lubricated aluminum, a modified liquid collection production line, or a high speed slitting device. We have received ISO9001 and IATF16949 certifications for our […]
- [Faq](https://www.nsfoil.com/faq/): FAQ Home 1.Are you factory or trading company? We are an integrated company of industry and trade. 2.How do we place order? Please send us your purchase order by email or call us sales,We need to know the following information for your order before sending your Pl. 3.What are the key features and advantages of your lithium-ion battery aluminum foil for battery anode Our lithium-ion battery aluminum foil for battery anode current collector is a highly durable and efficient product that is specifically designed for use in lithium-ion batteries. It has several key features and advantages that set it apart […]
- [Home](https://www.nsfoil.com/): Innovating Current Collector Technology Powering the Energy Future Nsfoil provides high-performance solutions for lithium-ion, sodium-ion, and solid-state battery technologies About Nsfoil Who We Are Nsfoil was established in 2012 in Foshan Guangdong China, a high-tech enterprise dealing in functional current collector materials. What We Do? Our business covers various electronic aluminum foil,high pressure and high purity battery foil,modified current collector and porous current collector Our Culture Quality and customer’s benefits are our first priority. We also insist sustainable improvement and make every effort to be the best. Established in 2012 in Foshan City, Guangdong China, Nsfoil is a national high-tech […]
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- [Contact](https://www.nsfoil.com/contact/): Contact Us Home You can find us at EMAIL sales@nsfoil.com PHONE NUMBER +8613828-600-940 LOCATION B1, Southwest Bay Industrial Zone, Dali Town, Nanhai District, Foshan, Guangdong Facebook X-twitter Youtube Linkedin Instagram Contact Form Notify NameEmailSubjectYour MessageFile UploadChoose File Submit

## Products

- [0.01mm - 1mm Thickness Customized Width 99.99% Pure Copper Tape](https://www.nsfoil.com/product/0-01mm-1mm-thickness-customized-width-99-99-pure-copper-tape/): High Purity: Copper tape from CopperTapeUSA is made of 99.99% pure copper for enhanced electrical conductivity and reliability across a wide variety of applications.
- [Aluminium Soft Temper Foil Rolls For Kitchen](https://www.nsfoil.com/product/aluminium-soft-temper-foil-rolls-for-kitchen/): Our Aluminum foil rolls tend to be cost-effective solutions that provide excellent value for money in any kitchen environment. They're highly flexible and practical solutions, making them an easy addition to the arsenal of kitchen essentials.
- [600mm Wide 0.05mm-0.06mm Thin Pure Copper Tape Foil](https://www.nsfoil.com/product/600mm-wide-0-05mm-0-06mm-thin-pure-copper-tape-foil/): Copper is one of the more cost-effective electrical conductive materials, providing an ideal cost-saving solution for applications that demand superior electrical conductivity.
- [Electrode Copper Foil For Lithium Battery](https://www.nsfoil.com/product/electrode-copper-foil-for-lithium-battery/): Our Copper foil electrodes have become a go-to choice for lithium battery applications due to its many advantageous characteristics, ensuring efficient and reliable performance across a range of uses.
- [Aluminum  Foil for Lithium Battery Anode Current Collector](https://www.nsfoil.com/product/aluminum-foil-for-lithium-battery-anode-current-collector/): Our Aluminum foil has become an excellent material choice for lithium battery anode current collectors, contributing to efficient and dependable operation of lithium-ion batteries in various applications.
- [Carbon Coated Aluminum Foil For Lithium Battery Anode](https://www.nsfoil.com/product/carbon-coated-aluminum-foil-for-lithium-battery-anode/): High conductivity: Carbon coating on aluminum foil collectors enhances the conductivity of the collector, making it more efficient in conducting electrons.
- [Carbon Coated Copper Foil Collector For Lithium Battery Current Collector](https://www.nsfoil.com/product/carbon-coated-copper-foil-collector/): Surface modification of battery collector using functional coatings is a breakthrough technological innovation.The modified copper foil is a functional layer which is coated on the surface of copper foil with a variety of conductive materials or one of them，forming a fine two dimensional or multidimensional conductive network structure, and then collocating the conductive resin suitable for water system.Through the combination of theoretical simulation calculation and many experiments the optimal ratio structure and process strip are found out.Piece.The process can make the coating thickness thinner the coating resistance lower and the adhesion ability stronger in order to effectively improve the electrochemical performance and product stability of lithium battery especially for silicon carbon battery system.
- [Micro Porous Aluminum Foil Fluid Collector](https://www.nsfoil.com/product/micro-porous-aluminum-foil-fluid-collector/): The product is designed as a new type of aluminum foil current collector with uniform coating of graphene on its surface. Based on the excellent electrical conductivity and two-dimensional laver structure of graphene, the ultra-thin layer with a thickness of less than 0.5pm on the surface of aluminum foil has high electrical conductivity
- [Micro Porous Copper Foil Collector](https://www.nsfoil.com/product/micro-porous-copper-foil-collector/): Micro porous copper foil collectors are designed for use in solar thermal applications, particularly in flat plate solar collectors. These collectors are made of a special type of copper foil that has been processed to create a micro-porous structure.
- [High Ratio Aluminum Foil Collector](https://www.nsfoil.com/product/high-ratio-aluminum-foil-collector/): High ratio aluminum foil collectors are designed for use in solar thermal applications, specifically in concentrating solar power (CSP) systems. These collectors are made of a special type of aluminum foil that has been coated with a highly reflective material such as glass or polymer.
- [Molecular Sieve Aluminum Foil](https://www.nsfoil.com/product/molecular-sieve-aluminum-foil/): Molecular sieve aluminum foil is a special type of aluminum foil that has been impregnated with a molecular sieve material. Molecular sieves are synthetic zeolites, which are porous materials that allow for the separation of molecules based on their size, shape, and polarity.
- [Polymer Carbon Foil Solid-State Capacitors](https://www.nsfoil.com/product/polymer-carbon-foil-solid-state-capacitors/): Polymer carbon foil solid-state capacitors are a type of electronic component used in various applications, particularly for power electronics and energy storage systems. They are characterized by their high reliability, long lifespan, and low equivalent series resistance (ESR).
- [For Etched Aluminum Foil Collector Supercapacitors](https://www.nsfoil.com/product/for-etched-aluminum-foil-collector-supercapacitors/): For Etched Aluminum Foil Collector Supercapacitors can be uniformly coated on the surface of aluminum foil current collector by using gravure coating technology. The thickness of coating layer can be adjusted by gravure roller mesh and coating speed.
- [Low Copper Forming Cathode Foil - Cathode Low Copper Forming Foil](https://www.nsfoil.com/product/low-copper-forming-cathode-foil-cathode-low-copper-forming-foil/): Low Copper Forming Cathode Foil and Cathode Low Copper Forming Foil are two variations of the same product with specific features suitable for various applications.
- [Electrochemical Corrosion Foil](https://www.nsfoil.com/product/electrochemical-corrosion-foil/): Electrochemical corrosion foil is a specialized type of foil that is designed to resist the effects of corrosion caused by electrochemical reactions. Here are some of the main features of electrochemical corrosion foil:
- [Degreased Foil For Lithium Battery Current Collector](https://www.nsfoil.com/product/degreased-foil/): Degreased foil is a specialized type of foil that has been treated in a way to remove any oils or greases from its surface. This makes it ideal for use in applications where cleanliness and purity are important.
- [High Strength Corrosion Foil](https://www.nsfoil.com/product/high-strength-corrosion-foil/): High Strength Corrosion Foil is a specialized type of foil that is designed with features that make it resistant to corrosion and other types of environmental damage. Here are some of the main features of High Strength Corrosion Foil:
- [Forming Cathode Foil - Cathodic Polarization Forming Foil](https://www.nsfoil.com/product/forming-cathode-foil-cathodic-polarization-forming-foil/): The process of forming cathode foil often referred to as cathodic-polarization-forming foil, is a crucial process used in the manufacture of lithium-ion batteries. This process has several important advantages and features.
- [High Purity Corrosion Cathode Foil - Cathode High Purity Corrosion Foil](https://www.nsfoil.com/product/high-purity-corrosion-cathode-foil-cathode-high-purity-corrosion-foil/): High purity corrosion cathode foil is a type of metal foil that is specifically designed for use as a cathode in electrochemical processes. This type of foil has several important features that make it ideal for this application:
- [Low Copper Corrosion Foil ECF-LC](https://www.nsfoil.com/product/low-copper-corrosion-foil-ecf-lc/): Low Copper Corrosion Foil, more commonly referred to as ECF-LC (Low Copper Erosion Corrosion Foil), offers specific properties that make it suitable for applications requiring low copper corrosion properties.     
- [A8079/8011/1235/8111/1200/8021 Aluminum Foil for Food Packaging Use](https://www.nsfoil.com/product/a8079-8011-1235-8111-1200-8021-aluminum-foil-for-food-packaging-use/): Aluminum Foil for Food Packaging Use is the ultimate choice to keep your meals fresh and delicious! This versatile, top-quality foil ensures maximum protection and convenience when storing or transporting your favorite dishes.
- [Etched Cathode Foil F11](https://www.nsfoil.com/product/etched-cathode-foil-f11/): High Surface Area: Etched cathode foil has a higher surface area compared to non-etched foils due to a series of microscopically small holes on its surface. This improved surface area facilitates better ion flow and increased electrode capacity.
- [Molecular Sieve Aluminum Foil MSAL](https://www.nsfoil.com/product/molecular-sieve-aluminum-foil-msal/): A synthetic hydrated silica aluminate (zeolite) or natural zeolite having a molecular sieve function. The chemical formula is (M ′ 2M) O - Al2O3 - xSiO2 - yH2O, where M ′ and M are monovalent and divalent cations such as K , Na , Ca2 , Ba2 , etc. It has many uniform pore channels and neatly arranged pores in its structure, and molecular sieves with different pore sizes separate molecules of different sizes and shapes. Based on the different molecular ratios of SiO2 and Al2O3, molecular sieves with different pore sizes have been obtained. Their models include 3A (potassium type A), 4A (sodium type A), 5A (calcium type A), 10Z (calcium type Z), 13Z (sodium type Z), Y (sodium type Y), sodium mordenite, etc.
- [Polymer Carbon Foil Solid-State Capacitor PCAF](https://www.nsfoil.com/product/polymer-carbon-foil-solid-state-capacitor-pcaf/): Our Polymer Carbon Foil Solid-State Capacitors (PCAFs) are an innovative type of solid state capacitor which use polymer carbon foil as their dielectric material.
- [Dry Coating Electrode  Tape](https://www.nsfoil.com/product/dry-coating-electrode-tape/): Dry coating electrode technology is one of the advanced manufacturing technologies of semi-solid and solid state lithium ion battery and solid state supercapacitor, in which the dry roll pressing process is the key.  The continuous dry rolling process independently developed by our company only needs to form a dry electrode film with high density and uniform surface with evenly mixed electrode materials through multi-stage rolling, and then combine with current collector hot pressing to form an electrode sheet with dense structure and uniform thickness.
- [Graphene Coated Aluminum Foil](https://www.nsfoil.com/product/graphene-coated-aluminum-foil/): The product is designed as a new type of aluminum foil current collector with uniform coating of graphene on its surface. Based on the excellent electrical conductivity and two-dimensional laver structure of graphene, the ultra-thin layer with a thickness of less than 0.5pm on the surface of aluminum foil has high electrical conductivity, which significantly reduces the interface resistance.
- [Graphene Conductive Slurry for Foil Coating](https://www.nsfoil.com/product/graphene-conductive-slurry-for-foil-coating/): The product is designed as a special conductive coating for graphene-coated aluminum fail which is applicable for Li-ion batteries and supercapacitors. It is an aqueous slurry with good liquidity and low solid content. which can be uniformly coated on the surface of aluminum foil current collectors by using gravure coating technology.
- [2kg/roll 6um Battery Micropore Copper Foil](https://www.nsfoil.com/product/2kg-roll-6um-battery-micropore-copper-foil/): Porous aluminum foil current collector is based on the current commonly used ordinary current collector or coated carbon sets, on the base of current collector, to solve the current collector to reduce weight. improve the utilization rate of active material, improve the electrode conductive ability reduce the polarization, enhance battery power density and energy density is developed by a new set aperture is50~100 um current collector products.
- [For Graphene-Coated Aluminum Foil Supercapacitor Power Battery](https://www.nsfoil.com/product/for-graphene-coated-aluminum-foil-supercapacitor-power-battery/): According to theoretical simulation and experimental results, the coating technology is optimized. Compared to state-of-the-art modified aluminum foil, the functional coating prepared by our technology has thinner thickness, lower resistance and enhanced adhesion. Consequently, the electrochemical performance could be improved effectively with the modified AL foil. Moreover, the cost of production and use can reduced.
- [Carbon Coated Aluminum Foil Collecting Fluid](https://www.nsfoil.com/product/carbon-coated-aluminum-foil-collecting-fluid/): Compared to state-of-the-art modified aluminum foil, the functional coating prepared by our technology has thinner thickness, lower resistance and enhanced adhesion. Consequently, the electrochemical performance could be improved effectively with the modified AL foil. Moreover, the cost of production and use can reduced.
- [Carbon Coated Copper Foil Collecting Fluid](https://www.nsfoil.com/product/carbon-coated-copper-foil-collecting-fluid/): The modified copper foil is a functional layer which is coated on the surface of copper foil with a variety of conductive materials or one of them，forming a fine two dimensional or multidimensional conductive network structure, and then collocating the conductive resin suitable for water system.


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