Activated Alumina

Summit Research's Activated Alumina is a 99.9% pure, high surface area, highly porous form of aluminum oxide, designed to adsorb gases and liquids effectively without changing its form. Manufactured to the highest standards in the USA, this food and laboratory-grade material is an essential component for industries requiring high-efficiency adsorption. Whether in chemical processing, food production, or laboratory settings, Summit Research Activated Alumina offers a premium solution for adsorbing impurities and refining products.

This versatile material is not only highly effective but also environmentally conscious, being organic and non-GMO, ensuring it aligns with the best practices for health, safety, and sustainability. Its superior adsorption properties make it perfect for a variety of applications, including the removal of moisture, impurities, and gases, ensuring that your products maintain the highest level of purity and quality.

99.9% Pure and Highly Porous

Summit Research's Activated Alumina is produced to be 99.9% pure, ensuring the highest levels of adsorption in the most demanding environments. The material's high surface area and porous structure allow it to adsorb a large volume of gases and liquids without altering its physical form. This ensures that it remains effective over long periods and can be used repeatedly in processes where maintaining material integrity is essential.

• High Surface Area: The high surface area of activated alumina enables it to capture more gases and liquids, improving the efficiency of adsorption processes.
• Highly Porous Structure: Its porous structure provides an ideal environment for trapping impurities and moisture, making it perfect for filtration and purification tasks.
• Stable Composition: Unlike other adsorbents, activated alumina retains its physical form even after adsorption, ensuring long-lasting effectiveness.

Food and Laboratory Grade: Safe for All Applications

Summit’s Activated Alumina is manufactured to food and laboratory-grade standards, making it safe and effective for use in a wide variety of industries. Whether it’s used in the food industry for moisture removal or in laboratories for gas and liquid adsorption, the high purity and reliability of this material guarantee exceptional results every time.

• Food-Grade Certified: Safe for use in food processing environments where adsorption is required.
• Laboratory-Grade Quality: Meets the stringent standards for laboratory use, making it ideal for applications requiring precise adsorption.
• Non-GMO and Organic: Made without harmful additives, this product aligns with environmental and health-conscious standards.

Versatile Applications: Ideal for Filtration, Adsorption, and Purification

Activated Alumina is well-known for its versatility in industrial and laboratory applications. It is particularly effective in the adsorption of water vapor, gases, and impurities, making it an essential tool in many purification processes. Additionally, its chemical stability makes it suitable for continuous use, ensuring consistent performance without degradation.

• Moisture Removal: Used in desiccation processes to remove moisture from gases and liquids.
• Gas and Liquid Adsorption: Perfect for trapping unwanted impurities in both gases and liquids.
• Purification Processes: Ideal for use in systems where high levels of purity are required, such as in food processing or pharmaceutical manufacturing.

Premium Summit Media: Guaranteed to Make Your Product Shine

Summit Research is committed to delivering the highest-quality filtration and adsorption materials, and our Activated Alumina is no exception. Backed by Summit’s guarantee of quality, this material is designed to make your product shine by providing unmatched purity, reliability, and performance.

• USA Manufactured: Produced in the United States to ensure consistent quality and reliability.
• Guaranteed Performance: Summit Research ensures that our activated alumina will provide effective adsorption, enhancing the purity of your products.