1100mg/g Coconut Shell Granular Activated Carbon 6×12 Mesh for VOCs Adsorption

Product Specification

1100mg/g Coconut Shell Granular Activated Carbon 6×12 Mesh for VOCs Adsorption and Industrial Waste Gas Treatment

Product Introduction

This coconut shell-based granular activated carbon, with an iodine value of 1100 mg/g, is engineered for the removal of volatile organic compounds (VOCs) and the purification of industrial exhaust gases. The material is produced from high-quality renewable coconut shells, ensuring consistent adsorption efficiency, robust mechanical strength, and sustainable sourcing. It is widely applied in air treatment systems, chemical plants, coating workshops, and other industries requiring strict VOCs control.

Note: Specifications and particle sizes can be customized according to customer requirements.

Key Advantages

• High Adsorption Efficiency: Extensive pore structure captures a wide range of VOC molecules effectively.

• Optimized Granule Size: 6×12 mesh design provides stable airflow, reducing resistance and pressure drop in packed beds.

• Durable Structure: Excellent hardness prevents carbon loss during repeated use in industrial gas purification systems.

• Low Contaminant Content: Low ash ensures reduced risk of secondary emissions and enhanced adsorption quality.

• Eco-Friendly Origin: Derived from renewable coconut shells, aligning with sustainable development practices.

Typical Applications

• VOCs Control: Removal of solvents, hydrocarbons, and other volatile organic compounds from process exhaust.

• Industrial Waste Gas Treatment: Widely used in chemical, pharmaceutical, and electronics manufacturing facilities.

• Air Filtration Systems: Effective for improving workplace air quality and reducing hazardous emissions.

• Coating & Printing Industries: Tailored for adsorption of paint, ink, and adhesive vapors.

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Production Process

• Raw Shell Collection – High-grade coconut shells are selected and thoroughly cleansed.

• Carbonization – Controlled heating converts shells into stable carbon material.

• Activation – Steam activation develops a complex pore network ideal for gas-phase adsorption.

• Sizing & Screening – The activated carbon is carefully graded into the desired mesh size.

• Final Testing – Each lot is examined for adsorption performance, mechanical strength, and consistency.

Packaging Options

• 500 kg Jumbo Bags – Designed for bulk use in large-scale gas treatment systems.

• 25 kg Standard Bags – Convenient for smaller installations or maintenance replacements.

• Custom Packaging – Options available to meet specific handling, storage, and deployment requirements.