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How to Achieve a Smooth and Reflective Surface on Ceramic Grinding Balls? Ceramic grinding balls have a shiny surface, some even reflecting light, what is the small secret behind this? In fact, the main factor that determines whether the surface of the ceramic grinding ball has a shiny effect is the flatness of the ball surface; the smoother the ball surface, the better the mirror effect; the rougher the ball surface is, the worse the mirror effect. The factors that affect the flatness of the ball surface mainly include: the internal structure of the material and the degree of external…

Application and Development of 5A Molecular Sieve in Environmental Protection Industry 5A molecular sieve is widely used in the chemical and environmental protection industries due to its adsorption, catalytic and separation properties, and is used to purify air and protect the natural environment of the earth. With the rapid development of the national economy and the continuous acceleration of urban and rural construction, the demand for energy in various industries is becoming increasingly strong. Along with this, environmental issues have become a highly concerned aspect by countries around the world. Compared with oil and coal, natural gas, as a high-quality,…

What Are the Advantages of Ceramic Grinding Balls? Ceramic grinding balls are a kind of grinding media used in a series of equipment such as ball mills, vibration mills, and jar mills for fine grinding. But do you really know ceramic grinding balls? Today, Naike Chemical will introduce this ceramic grinding ball to you. Advantages of ceramic grinding ball Quality and size: The range of ceramic grinding balls with various sizes from 0.5mm to 60mm and alumina purity range from 92% to 99.5% provides multiple choices to meet the grinding requirements. The small crystal size of ceramic grinding balls continuously…

4A Molecular Sieve Becomes a Powerful Assistant in Industrial Production 4A molecular sieve is a commonly used chemical product in chemical production, usually used as adsorbent and catalyst. In recent years, the classification of molecular sieves has increased gradually. What are the functions and effects of molecular sieve type 4A? Characteristics of molecular sieve 4A Selective adsorption according to different molecule sizes and shapes Molecular sieve 4A crystals have honeycomb structure, the crystal cavity and channel are connected, and the pore size is uniformly fixed (the pore diameter of molecular sieve cavity is generally between 3-15 angstroms), equivalent to the…

Inspection Methods to Be Aware of When Using Activated Alumina With decreasing particle size of activated alumina, the oxygen index increases rapidly, and the amount added reduces the processing performance and mechanical strength of the polymer. With increasing dosage, indicators such as elongation at break sharply decrease. Therefore, unilateral pursuit of ultra-fine particle size is not desirable. In order to improve the processability, density and availability of the polymer,  activated alumina suppliers should also pay attention to particle grading and control the particle shape, so as to make the particle size as small as possible under larger filling amounts. When…

What Are the Differences Between 13X and 5A Molecular Sieve? The adsorption of 5A molecular sieve can be divided into physical adsorption and chemical adsorption, with physical adsorption mainly occurring in the process of removing liquid and gas phase impurities. The porous structure of 5A provides a large surface area, making it easy to absorb and collect impurities. Like magnets, all molecules have mutual attraction. Therefore, a large number of molecules on the 5A pore wall will produce strong gravity, attracting impurities from the medium into the pore. It should be pointed out that the molecules of these adsorbed impurities…

The Hidden Gems: Unveiling the Benefits of Porous Ceramic Balls Porous ceramic balls, often overshadowed by more commonly known materials, are truly hidden gems in the world of advanced engineering. These small, unassuming spheres possess remarkable properties and offer a multitude of benefits across various industries. In this blog, we will delve into the captivating realm of porous ceramic balls, shedding light on their hidden potential and uncovering the exceptional advantages they bring to the table. Superior Porosity: Enhancing Efficiency and Performance Porous ceramic balls stand out due to their exceptional porosity, making them highly efficient in a wide range…

Revolutionizing Moisture Management: Exploring Hydrated Molecular Sieve Powder Moisture management is a critical aspect in various industries, ranging from electronics to pharmaceuticals. The ability to effectively control and remove moisture can significantly impact product quality, lifespan, and performance. One groundbreaking solution that has revolutionized moisture management is hydrated molecular sieve powder. In this blog, we will embark on a journey to explore the potential of this remarkable substance, delving into its properties, applications, and the transformative impact it has on revolutionizing moisture management. Understanding Hydrated Molecular Sieve Powder To fully grasp the revolutionary nature of hydrated molecular sieve powder, it…

How to Determine the Adsorption Capacity of Activated Alumina? Activated alumina has applications in many fields, it can be used as adsorbent, desiccant and so on. These are inseparable from its appearance. Its molecular spacing and pore structure also make it a performance factor, so what does it look like? What about the adsorption capacity? Let’s take a look. Adsorption properties of activated alumina Activated alumina balls are prepared by high temperature dehydration at 400-600 degrees. Activated alumina is actually formed by agglomerating several orders of magnitude smaller particles, and the particles are aggregates formed by the coalescence of smaller…

From Wet to Dry: Harnessing the Potential of Hydrated Molecular Sieve Powder In various industries and applications, controlling moisture is of paramount importance. Whether it’s preserving the quality of pharmaceuticals, safeguarding electronics from humidity damage, or maintaining the integrity of sensitive materials during transportation, the ability to effectively remove moisture is crucial. One remarkable solution that has emerged in recent years is hydrated molecular sieve powder. In this blog, we will explore the potential of this powerful substance, delving into its properties, applications, and the transformative impact it has on the journey from wet to dry. Understanding Hydrated Molecular Sieve…

Unlocking Moisture Control: The Power of Hydrated Molecular Sieve Powder Moisture control is a critical factor in various industries, impacting the quality, performance, and longevity of products and materials. Over the years, the power of hydrated molecular sieve powder has emerged as a game-changer in the realm of moisture control. In this blog, we will explore the exceptional capabilities of hydrated molecular sieve powder, uncovering its unique properties, applications, and the transformative impact it has on unlocking effective moisture control. Understanding Hydrated Molecular Sieve Powder To grasp the power of hydrated molecular sieve powder in moisture control, it is essential…

Breaking Barriers: Exploring the Boundless Potential of Porous Ceramic Balls Porous ceramic balls have emerged as a groundbreaking material with immense potential across various industries. Their unique structure and properties make them a versatile solution for a wide range of applications. In this blog, we will delve into the fascinating world of porous ceramic balls and uncover their boundless potential to break barriers and revolutionize industries. Enhancing Filtration Efficiency with Porous Ceramic Balls Porous ceramic balls are highly effective in filtration processes. Their interconnected network of pores allows for efficient trapping and removal of impurities from liquids and gases. In…