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Ni catalytic activated carbon is a functional activated carbon that supports nickel (Ni), a transition metal, in nanoparticle form on high-quality coconut shell activated carbon with a high specific surface area.
Utilizing the chemical properties of nickel catalysts, they demonstrate excellent performance in a variety of chemical reactions, including hydrogenation reactions of organic compounds.
Publication on the adsorption characteristics of high-performance porous carbon "Max Sorb".
The MaxSorb technical document "Adsorption Characteristics" provides an explanation of the alkali-activated activated carbon "MaxSorb," which successfully went into mass production in 1992. This product can achieve a specific surface area exceeding 3000 m², which is three times that of regular activated carbon, allowing it to exhibit various high adsorption performances that cannot be realized with standard activated carbon. [Contents] ■ Characteristics of adsorption materials ■ Performance for gas storage (e.g., CH₄, H₂) For more details, please refer to the catalog or feel free to contact us.
Publication of pellet products made from high-performance porous carbon "MaxSorb".
Max Sorb is an alkali-activated activated carbon that successfully went into mass production in 1992. This product can achieve a specific surface area exceeding 3000 m², which is three times that of regular activated carbon, allowing it to exhibit various high adsorption performances that cannot be realized with conventional activated carbon. For more details about the pellet version of this product, please feel free to contact us.
![[Application Example] Introduction of High-Performance Activated Carbon for Metal Ion Adsorption (HFMSC)](https://image.mono.ipros.com/public/product/image/098/2000771158/IPROS62407747618069390877.jpeg?w=280&h=280)
High transition metal adsorption performance comparable to ion exchange resins! Case examples of activated carbon with a high amount of acidic functional groups.
We will publish examples of applications for activated carbon with a high amount of acidic functional groups. It is capable of removing metals that cannot be removed by general activated carbon. There are also metal removal substances that rival ion exchange resins. It exhibits high adsorption performance for transition metals and demonstrates strong adsorption even for heavy metals. The PDF document includes various metal adsorption data and performance comparisons. 【Features】 ■ Activated carbon with a high amount of acidic functional groups ■ Capable of removing metals that cannot be removed by general activated carbon ■ Metal removal substances that rival ion exchange resins ■ Exhibits high adsorption performance for transition metals ■ Demonstrates strong adsorption performance even for heavy metals *For more details, please refer to the PDF document or feel free to contact us.
Removal of free chlorine and metal adsorption! High-performance porous carbon.
In the plating industry, the treatment of wastewater is essential for the removal of harmful substances. In particular, metal ions and free chlorine can cause environmental pollution, making efficient removal necessary. If proper treatment is not carried out, it not only poses a burden on the environment but also carries the risk of violating regulations. Our high-acid functional group carbon demonstrates high performance in removing free chlorine, contributing to solving challenges in wastewater treatment. 【Application Scenarios】 - Removal of harmful substances from plating wastewater - Compliance with wastewater standards - Reduction of environmental impact 【Expected Benefits of Implementation】 - Efficient wastewater treatment due to high adsorption performance - Compliance with environmental regulations - Cost reduction
Improving the performance of catalyst carriers with high-performance porous carbon.
In the chemical industry, catalyst supports are crucial elements that influence reaction efficiency. The characteristics of the support surface significantly affect the efficiency of catalytic reactions, with the presence of acidic functional groups being particularly important. Activated carbon with appropriate acidic functional groups enhances the dispersion and reactivity of catalysts, contributing to the optimization of processes. 【Application Scenarios】 - Optimization of catalytic reactions - Improvement of metal catalyst dispersion - Enhancement of reaction selectivity 【Effects of Implementation】 - Improvement of catalyst performance - Optimization of reaction processes
Activated carbon with a high number of acidic functional groups that adsorbs chlorine and metal ions.
In the field of water treatment, the removal of impurities is essential for maintaining water quality and enabling reuse. In particular, free chlorine and dissolved metal ions not only affect water quality but can also have adverse effects on downstream equipment. It is important to efficiently remove these substances and ensure stable water quality. Our high-acid functional group carbon has the potential to address these challenges. 【Application Scenarios】 - Industrial water treatment in chemical plants - Water quality management in surface treatment (plating) processes - Other situations where the removal of free chlorine and metal ions from the liquid phase is necessary 【Effects of Implementation】 - Improvement of water quality through the removal of free chlorine - Adsorption of metal ions such as iron, cobalt, copper, and lead - Removal of ammonia and chloramines
Ideal for use in brewing products and pharmaceuticals!
This product is activated carbon that is most suitable for decolorization and purification of brewing products, pharmaceuticals, food, chemical agents, and dye intermediates. It is a product that complies with food additive standards, and in addition to this product, we have prepared MA brand activated carbon for you to choose from according to your application. 【Features】 ■ Most suitable for a wide range of decolorization and purification ■ Complies with food additive standards *For more details, please contact us or download the catalog.
