ABEK Impregnated Coconut Shell Carbon – Broad-spectrum Toxic Gas Protection

Key Features

• Broad-spectrum Multi-gas Protection

  Covers organic vapors, acid gases, alkaline gases and formaldehyde, adapting to most common mixed toxic gas scenarios in industrial sites.

• Premium Coconut Shell Base

  High specific surface area with well-developed microporous structure, providing excellent physical adsorption capacity as the impregnation carrier.

• High Mechanical Strength (>95% hardness)

  Resistant to friction and impact, low fine powder generation, suitable for long-term wearing of respiratory protective equipment.

• Standard Filter Cartridge Compatibility

  Available in 12×20 mesh and 14×25 mesh, matching most commercial gas mask filter cartridge specifications.

Applications

• Chemical Plant Mixed-Gas Breakthrough: Standard activated carbon fails against acid gases like SO₂ and HCl. ABEK's multi-impregnation chemistry chemisorbs these compounds while physically adsorbing organic vapors, eliminating the need for multiple filter cartridges.

• Waste Gas Treatment Complexity: Industrial exhaust often contains mixed pollutants (organics + acids + ammonia). ABEK's copper/silver/amine loaded surface neutralizes diverse toxic gases through chemisorption and catalytic reaction, where standard carbon would require separate treatment stages.

• Formaldehyde & Ammonia Co-Existence: Decorative and furniture manufacturing environments release both formaldehyde and alkaline irritants. ABEK's amine treatment captures ammonia while specialized impregnants decompose formaldehyde, providing comprehensive protection in a single media.

• Laboratory Multi-Reagent Exposure: Labs handling mixed chemical reagents present unpredictable gas hazards. ABEK's broad-spectrum design (A+B+E+K classification) adapts to variable contaminant profiles without cartridge changeout.

Technical Advantages

• Multi-component impregnation combines physical adsorption with chemical catalysis, extending breakthrough protection across diverse gas types.

• High-strength coconut shell base minimizes carbon dust shedding, avoiding secondary inhalation risks during use.

• Uniform impregnant distribution ensures consistent protection performance batch-to-batch.

• Tested in accordance with national respiratory protection standards for reliable safety traceability.

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 toxic gases does ABEK protect against?

A: ABEK covers organic vapors, chlorine, chlorine dioxide, hydrogen chloride, sulfur dioxide, hydrogen sulfide (escape use only), ammonia, methylamine and formaldehyde. For ammonia-only environments, consider PFH-K; for acid-gas-only scenarios, AE offers a more economical dual-function alternative.

Q: What is the difference between ABEK and AE protective carbon?

A: AE targets organic vapors and acid gases (A+E type). ABEK adds ammonia and formaldehyde protection (A+B+E+K), making it the choice for mixed toxic environments where alkaline gases are present.

Q: Can ABEK be regenerated after use?

A: Impregnated protective carbon is not recommended for regeneration. The catalytic components are consumed after adsorbing toxic gases and should be replaced promptly for safety.