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Palladium Aluminium Oxide
Application areas:1. Used for hydrogenation reaction of aromatic aldehydes, aniline and its derivatives, nitro aromatics and aliphatic compounds2. Industrial ta -
Palladium Hydroxide
Palladium hydroxide catalyst has the characteristics of high hydrogenation reduction, good selectivity and stable performance, possesses small feeding ratio when in use, and can be used repeatedly and easy to recover. -
Palladium carbon
Carrier state: powdered activated carbonApplication area: the main role of palladium carbon catalyst is catalytic hydrogenation of unsaturated hydrocarbons or C -
Water Washed Activated Carbon
Washed activated carbon is a specially processed activated carbon product that has undergone a water washing treatment to remove most impurities and ash content, making it purer and suitable for applications that require high purity. It can effectively remove organic matter, chlorine, oil, colorants, odor, heavy metals, and other pollutants in water, and it also has wide applications in gas purification, food processing, pharmaceutical industry, and other fields. -
Acid Washed Activated Carbon
Acid-washed activated carbon is made of selected anthracite or coconut shell raw materials, and is refined through more than ten processes including activation, crushing and screening, fine washing and dust removal, and acid washing. The acid washed activated carbon granular has very little floating powder, greatly reduces the turbidity of the outlet water, and multiple rinses to ensure the product is pure, safe and reliable, and is cleaner and lower in ash than the activated carbon on the market. -
Wood Granular Activated Carbon
Wood granular activated carbon selects high-quality hardwood chips, coconut shells, etc. as raw materials, and is made through crushing, mixing, granulation, drying, carbonization, and activation. The unique production process of Heika makes the product have the characteristics of large specific surface area, strong decolorization ability and developed pore size. Wood based granular activated carbon have Well-developed mesopore structure and specific surface area,high adsorption capacity and fast filtration speed. High strength and low ash, reasonable pore size distribution; high ignition point. -
Wood Granular Activated Carbon
Wood granular activated carbon selects high-quality hardwood chips, coconut shells, etc. as raw materials, and is made through crushing, mixing, granulation, drying, carbonization, and activation. The unique production process of Heika makes the product have the characteristics of large specific surface area, strong decolorization ability and developed pore size. Wood based granular activated carbon have Well-developed mesopore structure and specific surface area,high adsorption capacity and fast filtration speed. High strength and low ash, reasonable pore size distribution; high ignition point. -
Coconut Pellet Activated Carbon
Coconut pellet activated carbon is also known as Coconut shell column carbon, which is extruded from coconut shell powder, and the pore structure produced by this process can provide excellent adsorption and desorption performance for a variety of organic compounds, and the coconut raw material impurity content is very low, making it suitable for solvent recovery, catalyst and catalyst support applications. Coconut pellet activated carbon is widely used in fixed beds or mobile beds, and is widely used in central water purifiers, drinking water, and industrial water for decolorization, deodorization, and removal of organic matter and residual chlorine. -
Coconut Pellet Activated Carbon
Coconut pellet activated carbon is also known as Coconut shell column carbon, which is extruded from coconut shell powder, and the pore structure produced by this process can provide excellent adsorption and desorption performance for a variety of organic compounds, and the coconut raw material impurity content is very low, making it suitable for solvent recovery, catalyst and catalyst support applications. Coconut pellet activated carbon is widely used in fixed beds or mobile beds, and is widely used in central water purifiers, drinking water, and industrial water for decolorization, deodorization, and removal of organic matter and residual chlorine.