|
| Brand Name: | Espure |
| Model Number: | GPt |
| MOQ: | 1 metric ton |
| Price: | Negotiation |
| Packaging Details: | 500 kg per bulk bag; 25 kg per bag |
| Payment Terms: | T/T |
4mm CTC 90% Coconut Shell Based Pellet Activated Carbon for Solvent Recovery
Product Introduction
The 4mm CTC 90% Coconut Shell Based Pellet Activated Carbon has been meticulously designed for optimal performance in solvent recovery applications. Sourced from high-quality coconut shells, this activated carbon undergoes an advanced manufacturing process that transforms the raw material into cylindrical pellets. These pellets are engineered to maximize surface area, thereby significantly boosting adsorption efficiency. This specialized solution is ideal for effectively capturing and recovering a wide variety of organic solvents, delivering exceptional performance and reliability even in the most challenging conditions.
| Specification | Value |
| Mean Particle Diameter, mm | 4.0 |
| Iodine Number, mg/g | 1000 (min) |
| Specific Surface Area, ㎡/g | 1000 (min) |
| CTC/CCl4 Activity, % | 90 (min) |
| Moisture, % | 5 (max) |
| Density, g/cm³ | 0.40-0.50 |
| Ash, % | 5 (max) |
| Hardness, % | 98 (min) |
Note: Specifications and particle sizes can be customized according to customer requirements.
Features
Superior Adsorption Efficiency: The specially designed cylindrical structure and extensive porosity facilitate increased interaction with solvents, which leads to remarkable recovery rates.
Robustness and Reliability: Formulated from coconut shells, the solvent recovery activated carbon exhibits outstanding mechanical durability and thermal resilience, making it an ideal choice for continuous use in industrial settings.
Minimized Pressure Loss: The unique extruded pellet formation enhances the flow of air, resulting in lower energy expenditure and reduced operational costs.
Economical Choice: This activated carbon serves as a dependable option for enhancing solvent recovery processes, offering a balance of affordability and efficacy.
Applications
The application of this advanced pellet activated carbon spans multiple sectors including chemical production, pharmaceuticals, and printing industries. It plays a pivotal role in the successful recovery of solvents such as toluene, benzene, and xylene, aiding businesses in waste minimization, lowering operational expenses, and adhering to strict environmental standards.
Manufacturing Process
Material Selection: Premium coconut shells are selected to guarantee ideal performance attributes necessary for effective solvent recovery.
Carbonization Phase: The chosen coconut shells undergo a precise carbonization process at high temperatures, which effectively removes unwanted volatile substances while creating a highly porous material.
Activation Process: Utilizing either physical or chemical activation methods, the activated carbon's internal surface area is significantly enhanced, which is crucial for superior solvent adsorption.
Pellet Formation: The activated carbon is crafted into cylindrical pellets, strategically designed to optimize flow dynamics and maximize adsorption efficiency.
Quality Assurance: Throughout the manufacturing process, rigorous testing ensures that the activated carbon adheres to stringent quality benchmarks regarding iodine number, surface area, and adsorption performance.
Packaging Options
25kg Bags: Ideal for convenient handling and storage, these bags cater to users with lower volume needs or those seeking flexibility in solvent recovery tasks.
500kg Bulk Bags: Designed for larger-scale operations, these bulk bags provide efficient shipping and storage, helping to minimize waste while offering cost-effective solutions for high-demand applications.
Tailored Packaging: Customized packaging options can be provided to meet distinct client requirements, ensuring seamless compatibility with various handling and distribution systems.
Protective Measures: All packaging incorporates features aimed at safeguarding the activated carbon from moisture and contaminants, thereby maintaining its effectiveness for solvent recovery purposes.
|
|
| Brand Name: | Espure |
| Model Number: | GPt |
| MOQ: | 1 metric ton |
| Price: | Negotiation |
| Packaging Details: | 500 kg per bulk bag; 25 kg per bag |
| Payment Terms: | T/T |
4mm CTC 90% Coconut Shell Based Pellet Activated Carbon for Solvent Recovery
Product Introduction
The 4mm CTC 90% Coconut Shell Based Pellet Activated Carbon has been meticulously designed for optimal performance in solvent recovery applications. Sourced from high-quality coconut shells, this activated carbon undergoes an advanced manufacturing process that transforms the raw material into cylindrical pellets. These pellets are engineered to maximize surface area, thereby significantly boosting adsorption efficiency. This specialized solution is ideal for effectively capturing and recovering a wide variety of organic solvents, delivering exceptional performance and reliability even in the most challenging conditions.
| Specification | Value |
| Mean Particle Diameter, mm | 4.0 |
| Iodine Number, mg/g | 1000 (min) |
| Specific Surface Area, ㎡/g | 1000 (min) |
| CTC/CCl4 Activity, % | 90 (min) |
| Moisture, % | 5 (max) |
| Density, g/cm³ | 0.40-0.50 |
| Ash, % | 5 (max) |
| Hardness, % | 98 (min) |
Note: Specifications and particle sizes can be customized according to customer requirements.
Features
Superior Adsorption Efficiency: The specially designed cylindrical structure and extensive porosity facilitate increased interaction with solvents, which leads to remarkable recovery rates.
Robustness and Reliability: Formulated from coconut shells, the solvent recovery activated carbon exhibits outstanding mechanical durability and thermal resilience, making it an ideal choice for continuous use in industrial settings.
Minimized Pressure Loss: The unique extruded pellet formation enhances the flow of air, resulting in lower energy expenditure and reduced operational costs.
Economical Choice: This activated carbon serves as a dependable option for enhancing solvent recovery processes, offering a balance of affordability and efficacy.
Applications
The application of this advanced pellet activated carbon spans multiple sectors including chemical production, pharmaceuticals, and printing industries. It plays a pivotal role in the successful recovery of solvents such as toluene, benzene, and xylene, aiding businesses in waste minimization, lowering operational expenses, and adhering to strict environmental standards.
Manufacturing Process
Material Selection: Premium coconut shells are selected to guarantee ideal performance attributes necessary for effective solvent recovery.
Carbonization Phase: The chosen coconut shells undergo a precise carbonization process at high temperatures, which effectively removes unwanted volatile substances while creating a highly porous material.
Activation Process: Utilizing either physical or chemical activation methods, the activated carbon's internal surface area is significantly enhanced, which is crucial for superior solvent adsorption.
Pellet Formation: The activated carbon is crafted into cylindrical pellets, strategically designed to optimize flow dynamics and maximize adsorption efficiency.
Quality Assurance: Throughout the manufacturing process, rigorous testing ensures that the activated carbon adheres to stringent quality benchmarks regarding iodine number, surface area, and adsorption performance.
Packaging Options
25kg Bags: Ideal for convenient handling and storage, these bags cater to users with lower volume needs or those seeking flexibility in solvent recovery tasks.
500kg Bulk Bags: Designed for larger-scale operations, these bulk bags provide efficient shipping and storage, helping to minimize waste while offering cost-effective solutions for high-demand applications.
Tailored Packaging: Customized packaging options can be provided to meet distinct client requirements, ensuring seamless compatibility with various handling and distribution systems.
Protective Measures: All packaging incorporates features aimed at safeguarding the activated carbon from moisture and contaminants, thereby maintaining its effectiveness for solvent recovery purposes.
