High-Performance Iron-Carbon Micro-Electrolysis Filler for Efficient COD Removal in Wastewater
Discover our advanced iron-carbon electrolytic filler, a state-of-the-art solution designed by leading chemical manufacturers in China to tackle challenging industrial wastewater. Achieve superior COD removal and enhanced biodegradability.
Get a Quote & SampleAdvanced Catalytic Oxidation for Industrial Water Purification
Iron-Carbon Electrolytic Filler
As a premier supplier of water treatment chemicals, we offer this innovative iron-carbon electrolytic filler, a patented micro-electrolysis catalyst. Manufactured with high-temperature microporous activation technology by a trusted manufacturer in China, it provides a stable and lasting solution for effectively removing COD, reducing chroma, and improving the biodegradability of difficult organic wastewater. For competitive pricing and bulk purchase inquiries, contact our sales team.
- Efficient COD Removal: Our iron-carbon filler is engineered for superior performance in reducing high COD values in industrial wastewater, a critical need for many plants seeking to buy effective treatment solutions.
- Enhanced Biodegradability: Improve the biological treatment stages of your wastewater by increasing its biodegradability with our advanced filler, a key benefit sought by R&D scientists.
- Stable and Long-Lasting: Unlike conventional materials, this filler avoids caking and passivation, ensuring consistent, long-term operational efficiency, making it a cost-effective purchase.
- Manufacturer Direct Supply: Buy directly from a reputable manufacturer in China, ensuring product quality and reliable supply for your critical water treatment applications.
Key Advantages of Our Iron-Carbon Filler
High-Temperature Sintering for Superior Activity
Our iron-carbon filler undergoes high-temperature sintering (around 1300 degrees) to create a microporous frame alloy structure. This process maximizes the specific surface area and catalytic activity, ensuring a fast reaction speed and efficient pollutant degradation, making it an excellent choice for those looking to purchase top-tier water treatment materials.
Non-Caking and Non-Passivating Performance
Designed to overcome common operational issues, this filler is formulated to prevent caking and passivation. This ensures continuous, effective performance over extended periods, reducing maintenance downtime and offering a more reliable and economical long-term solution for your wastewater treatment needs. Enquire about our supplier capabilities for large-scale projects.
Double the Efficiency of Traditional Fillers
Comparative studies show our advanced iron-carbon filler offers more than double the treatment efficiency compared to modified iron particles used in steelmaking pellets. This significantly boosts your plant's capacity for COD removal and overall wastewater quality improvement, providing a clear return on investment for buyers.
Versatile Applications in Industrial Wastewater Treatment
Chemical and Pharmaceutical Wastewater
Our iron-carbon filler is highly effective for pre-treatment and upgrading processes in chemical and pharmaceutical industrial parks, significantly reducing COD and improving the BOD/COD ratio. Looking to buy solutions for complex chemical wastewater? Consult our experts.
Dyeing and Printing Wastewater
Ideal for decolorization and COD reduction in textile dyeing and printing wastewater. This filler provides a cost-effective method for improving effluent quality, making it a valuable chemical auxiliary for the textile industry. Get a quote for bulk supply from our China-based manufacturer.
Petroleum and Coking Wastewater
Excellent performance in treating petroleum and coking wastewater by significantly lowering COD values and enhancing biodegradability. This makes it a key component for environmental compliance in the oil and gas sector. We are a reliable supplier for your petrochemical needs.
Mining and Electroplating Wastewater
Effective in removing heavy metals from mining and electroplating wastewater, alongside reducing COD and improving biodegradability. This multi-functional filler offers comprehensive treatment capabilities for challenging industrial effluents. Inquire about purchasing options for mining chemical applications.