1. Product Overview
Purple-K Dry Chemical Fire Extinguishing Agent is a high-performance potassium bicarbonate-based dry chemical powder containing ≥90% potassium bicarbonate, formulated for rapid fire suppression. It is primarily used against Class B flammable-liquid and pressurized-gas fires and Class C energized electrical hazards, particularly across oil & gas, petrochemical, chemical, utility, and industrial operations. Its high extinguishing effectiveness, electrical non-conductivity, and rapid flame knockdown make it a strategically important agent for high-hazard fire protection systems.
2. Key Specifications & Technical Characteristics
- Chemical Composition: Potassium bicarbonate (KHCO₃) dry chemical; formulation may include performance-enhancing additives depending on grade.
- Purity Level: ≥90% potassium bicarbonate.
- Grade: Purple-K / high-performance dry chemical fire extinguishing agent.
- Physical Form: Fine, free-flowing dry powder.
- Colour: Purple/light purple.
- Electrical Properties: Electrically non-conductive, suitable for energized electrical fire hazards. (Amerex Fire Systems)
- Performance: Designed for rapid flame knockdown and high-efficiency suppression of Class B and C fire hazards.
- Specific Gravity: Approximately 2.17 for potassium bicarbonate; approximately 0.88 in aerated condition. (Amerex Fire Systems)
- Packaging Options: Bulk industrial packaging, heavy-duty bags, and customized export packaging subject to buyer requirements.
- Shelf Life: Suitable for extended storage when maintained in sealed packaging under recommended dry, moisture-protected storage conditions.
- Documentation: Technical specifications, SDS, Certificate of Analysis (COA), and other quality documentation available subject to supply arrangement.
3. Core Industrial Applications
- Oil & Gas: Protection of petroleum products, hydrocarbons, fuel storage, processing and transfer areas.
- Petrochemical & Chemical Plants: Rapid suppression of flammable-liquid and pressurized-gas fire hazards.
- Utilities & Electrical Facilities: Protection against energized electrical equipment due to its non-conductive characteristics.
- Aviation & Airport Fire Protection: Suitable for high-hazard flammable-fuel applications and specialized firefighting systems. (Amerex Fire Systems)
- Industrial Fire Suppression Systems: Used in portable, wheeled, stationary and fixed dry-chemical suppression systems.
- High-Hazard Facilities: Particularly valuable where rapid flame knockdown and high extinguishing efficiency are critical. (ANSUL)
- Performance Advantage: Potassium bicarbonate provides highly effective suppression of Class B and C hazards and offers a strong performance profile where rapid fire control is required. (Amerex Fire Systems)
4. Competitive Advantages
- Quality Consistency: Controlled potassium bicarbonate formulation supports consistent flow, discharge and suppression performance.
- High Suppression Efficiency: Engineered for rapid flame knockdown in demanding flammable-liquid, gas and electrical fire scenarios.
- Supply Reliability: Bulk procurement capability supports industrial-scale replenishment and long-term sourcing programs.
- Logistics Capability: Export-oriented bulk supply with packaging and shipment arrangements tailored to commercial requirements.
- Price Competitiveness: Bulk 20 MT procurement enables cost-efficient sourcing for distributors, fire-protection companies and industrial users.
- Operational Value: Long-term storage stability under appropriate dry conditions helps support inventory planning and reduces unnecessary replenishment frequency.
- Technical Documentation: SDS, COA and relevant technical documentation can be provided to support procurement, compliance and quality-assurance processes.
- Strategic Sourcing Advantage: Combines high-performance fire suppression characteristics with scalable bulk availability, making it suitable for professional fire-protection supply chains.
5. Commercial & Supply Information
- Minimum Order Quantity (MOQ): BULK 20 MT
- Loading Capacity (MT per Container): Approximately 20–22 MT per 20-ft container, subject to packaging configuration, product density, container payload limits and applicable shipping regulations.





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