EPICPOWDER

Battery1

The Critical Role of Graphite Anode Particle Distribution in Lithium Battery Performance

This article explores the significant influence of graphite anode material particle distribution on lithium battery performance. It highlights that graphite anodes with an optimal particle size and distribution offer substantial improvements. Such as battery volumetric energy density, charge/discharge efficiency, and cycle stability. The advantages and limitations of different particle sizes are analyzed. As well as […]

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Titanium Powder

Four ways to replace titanium dioxide with calcium carbonate

Titanium dioxide is the best white inorganic pigment so far, and is widely used in coatings, plastics, inks, papermaking, rubber, chemical fibers and cosmetics. The effectiveness of titanium dioxide as a pigment is primarily due to its optical properties, which are influenced mainly by its surface characteristics. The core of the TiO₂ particles plays a

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Titanium Power 2

The Influencing Factors of Dry Powder Whiteness of Titanium Dioxide

As a high-quality white pigment used in coatings, the whiteness of titanium dioxide is one of the key indicators of its quality. Dry powder whiteness of titanium dioxide directly impacts the product’s appearance and market competitiveness in many industrial fields. For example, coatings, plastics, papermaking, and inks. Definition of the Whiteness of Titanium Dioxide Dry

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Fly ash

Environmental Protection Application of Fly Ash in Road Engineering

Introduction With increasing environmental awareness and the concept of sustainable development becoming deeply ingrained, the application of fly ash in road construction has garnered significant attention. As an industrial by-product, the reuse of fly ash is important for reducing resource consumption and environmental pollution. Application of Fly Ash in Road Base Materials The application of

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Alumina Powder

The Importance of Alumina Powder in Ceramic Materials

In the research and application of ceramic materials, alumina has garnered significant attention. It has excellent physical properties, stable chemical characteristics, and broad application prospects. Thermal conductivity is one of the crucial performance indicators of ceramic materials. It directly influences the efficiency and lifespan of these materials in extreme environments. For instance, high temperatures and

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Waste batteries

Introduction to the Latest Equipment and Methods for Recycling and Processing Waste Lithium Batteries (Part 2)

3. The beneficial effects of this equipment are: 1. When disposing of waste lithium batteries through high-temperature pyrolysis, the high-temperature waste gas generated during production is used to pyrolyze the batteries. There is no need to use natural gas as a heat source. Because it allows for the recycling of waste heat in the production

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battery

Introduction to the Latest Equipment and Methods for Recycling and Processing Waste Lithium Batteries (Part I)

Discarded waste lithium batteries contain a significant amount of non-renewable heavy metal resources with high economic value. The positive electrode material of lithium batteries is lithium cobalt oxide powder. The negative electrode material is graphite powder. Both electrodes contain substantial quantities of metals such as cobalt, nickel, manganese, copper, and aluminum. Effective recycling and processing

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Conveying

Pneumatic Conveying: Dilute Phase or Dense Phase

Conveying Bulk Materials Bulk material conveying is a critical component of the logistics engineering industry and plays a significant role in various sectors. It is commonhuu in both international and domestic trade. Currently, bulk materials can be transported via bulk transportation, mechanical conveying, pneumatic conveying, or pneumatic logistics transmission. Bulk transportation is a fundamental method

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Process flow chart

Improvement Plan for Pneumatic Conveying in the Field of Fine Chemicals

The pneumatic conveying system is a set of equipment that uses the energy of airflow to convey powder and granular materials along the airflow direction in a closed pipeline. It is a specific application of fluidization technology. The pneumatic conveying system utilizes a specific feeding device to quantitatively deliver the conveyed material into the pipeline

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Grinding methods

Brief Analysis of the Influence of Operational Factors on Grinding Efficiency of Mills

This article explores grinding with media and focuses on the main operational factors influencing mill efficiency: grinding media loading, grinding concentration, feeding speed, and graded sand return control. I. Impact of Grinding Media Loading on the Mill 1. Loading System and Impact: Material: The grinding media’s material significantly affects grinding efficiency and mill wear. Ideally,

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