High-Quality Activated Alumina for CO2 Removal: Reliable Supplier & Manufacturer in China

Discover the superior performance of activated alumina for efficient CO2 capture and industrial gas drying. As a leading manufacturer and supplier in China, we offer high-purity adsorbents designed to meet your stringent process requirements. Request a quote and sample today to experience unparalleled quality and cost-effectiveness.

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Key Advantages of Our Activated Alumina

Superior Adsorption Performance

Our activated alumina boasts a high specific surface area and numerous micro-paths, making it an ideal adsorbent for water, acids, and other polar molecules, significantly enhancing your CO2 capture efficiency.

Exceptional Stability & Durability

Engineered for longevity, our activated alumina exhibits high strength, low abrasion loss, and does not soften, expand, powder, or crack when in contact with water, ensuring reliable performance as a desiccant and sorbent.

Versatile Particle Size Options

We offer activated alumina in a range of particle sizes, including 1-2mm, 2-3mm, 3-5mm, 4-6mm, and 5-7mm, allowing you to select the optimal specification for your specific CO2 removal or drying application from our trusted supplier.

Diverse Applications for Activated Alumina

CO2 Capture and Removal

Act as a vital sorbent in processes designed to capture carbon dioxide, contributing to emission reduction and environmental sustainability goals. Buy our high-performance material to optimize your capture systems.

Industrial Gas Drying

Essential for the deep drying of cracked gases, hydrogen, ethylene, propylene, and instrument air, ensuring high purity and preventing process disruptions. We are a premier supplier for your drying needs.

Water Treatment

Effectively used as a defluorinating agent in drinking water treatment and for adsorbing pollutants like H2S and HF from water, ensuring water quality and safety.

Catalyst Carrier

Serves as a robust carrier for various catalysts in chemical reactions, leveraging its stable structure and large surface area for enhanced catalytic activity.