PAC-Q0 Ultra-Low Ash Resin Based Spherical Activated Carbon for High-Purity Gas Purification

Key Features

• Ultra-Low Ash Profile

  Extremely low ash content prevents inorganic leaching and catalyst poisoning in ultra-pure gas and chemical processes.

• Uniform Spherical Geometry

  Perfectly round shape ensures excellent fluidization, minimal flow resistance and consistent contact efficiency in filtration systems.

• Narrow & Single Pore Size Distribution

  Highly consistent pore structure with excellent adsorption selectivity, suitable for precise separation and targeted removal of specific gas components.

• High Chemical Stability

  Inert carbon matrix provides excellent resistance to chemical corrosion, ensuring stable performance in demanding process environments.

Applications

• Chemical Protective Equipment Filtration: Respiratory protective devices for chemical, biological and emergency response scenarios require media that captures diverse toxic gases without adding weight or bulk. PAC-Q0's uniform spherical shape provides excellent fluidization in filter canisters with minimal flow resistance, ensuring reliable protection in critical safety equipment.

• Blood Purification Adsorption: Hemoperfusion and blood filtration systems need adsorbents with ultra-low ash and minimal impurity release. PAC-Q0's resin-based single-composition structure eliminates toxic metal leaching risks, providing safe adsorption of toxins and metabolic wastes from blood.

• Pet Detoxification: Veterinary and pet care applications require safe, effective adsorption of ingested toxins. PAC-Q0's high purity and uniform pore structure enable rapid toxin capture in emergency detoxification protocols without introducing harmful contaminants.

• Rapid-Response Water Treatment: Emergency water purification and high-purity process water systems need fast-acting adsorption with zero secondary contamination. PAC-Q0's narrow pore distribution and low pressure drop deliver precise, rapid impurity removal.

Technical Advantages

• Resin-based synthetic raw material ensures more uniform pore size distribution than natural raw material carbon, with higher adsorption selectivity for specific gas molecules.

• Regular spherical shape brings more stable bed resistance than irregular granular carbon, avoiding channeling effect and ensuring uniform gas distribution.

• Low desorption rate and stable adsorption performance reduce secondary release risk of adsorbed impurities under long-term continuous operation.

• High mechanical strength and low dust generation maintain complete particle structure during long-term operation and backwashing.

Certifications

PURESTAR adheres to strict quality control and international certification standards. Our authentic certifications include:

• ISO 9001: Quality Management System

• ISO 14001: Environmental Management System

• ISO 45001: Occupational Health & Safety Management System

• NSF: Certified for drinking water safety & sanitation

• HALAL: Certified for food-contact applications

Quality Assurance

• MSDS (Material Safety Data Sheet) available upon request

• COA (Certificate of Analysis) provided with every shipment

All products undergo strict quality inspection to deliver stable, reliable performance for global customers.

Why Choose Us

• 10+ years of experience in activated carbon manufacturing and export

• Stable production capacity ensuring reliable supply for bulk orders

• Strict quality control system from raw material to final product

• Customized solutions based on different industrial applications

• Fast response within 12–24 hours for all inquiries

• Professional technical support for product selection and application guidance

FAQ

Q: What is the difference between PAC-Q0 and PAC-Q3?

A: PAC-Q0 has specific surface area >1000 m²/g suitable for conventional high-purity gas purification. PAC-Q3 is an upgraded grade with >1300 m²/g delivering larger adsorption capacity for trace impurities, designed for deeper gas refining. For electrochemical precursor applications, consider PAC-Q Series.

Q: What is the standard particle size?

A: Standard range is 0.15–0.9 mm. Custom specifications can be provided according to system design and flow rate requirements. For catalyst carrier applications, GPC-P or CTC-100 may be alternatives depending on purity requirements.

Q: Can PAC-Q0 be regenerated?

A: Yes, PAC-Q0 supports controlled thermal regeneration under inert atmosphere. Its stable pore structure maintains good adsorption performance after multiple cycles. For non-regenerable medical applications, fresh replacement is standard practice.