Electronic Ultra-Pure Water Purification Activated Carbon
- Raw Material & Process: Made from high-quality coconut shell raw materials through the following process: carbonization, activation, deep cleaning to remove impurities, and screening.
- Features: High mechanical strength, fast adsorption speed, and strong adsorption capacity.
- Advantages:Effectively removes harmful substances in water, including trace organic impurities, residual chlorine, and metal ions.
- Applications:Used for ultra-pure water purification in the electronics industry, especially to meet the strict water quality requirements of electronic component production of semiconductor manufacturing and integrated circuit processing.
Advantages：
Our ultra-pure carbon delivers exceptional contaminant removal with undetectable leachables. The proprietary deep cleaning process eliminates trace metals and inorganics that standard carbons introduce into systems. With optimized pore distribution, it simultaneously targets organic compounds and disinfection by-products（DBPs） without compromising flow rates. Semiconductor fabs appreciate its low particle shedding characteristics, preventing downstream filter loading. Users consistently report extended service life of downstream ion exchange resins due to our carbon’s superior organic removal efficiency. The stringent quality control process ensures batch-to-batch consistency critical for predictable performance in high-purity applications where even parts-per-trillion contamination impacts yield.
Parameter:
The following is the parameter information of the electronic ultra-pure water purification activated carbon. We can also customize according to the iodine value and specifications if clients need.
| Item | unit | Index |
|---|---|---|
| Loss on Drying | % | ≤10 |
| Iodine Number | % | ≥1050 |
| PH value | 6-8 | |
| Residue on Ignition | % | ≤3 |
| Specification8-30Mesh | % | 96 |
| Apparent Density | g/ml | 0.42-0.50 |
| Abrasion Resistance | % | ≥98 |
Applications：
Leading-edge semiconductor facilities rely on our carbon for sub-10nm process water purification. Display panel manufacturers use it to prevent organic contamination that affects pixel uniformity. Solar cell producers depend on our carbon for maintaining wafer cleaning solution purity. Medical device manufacturers incorporate it into water systems for implantable component production. Pharmaceutical companies choose our carbon for critical API synthesis water treatment. Analytical instrument manufacturers specify it for reagent water systems where background contamination affects detection limits. From memory chip fabrication to microelectromechanical systems production, our electronic-grade carbon removes resistant organics, chloramines, and trace contaminants that conventional filtration misses, protecting billion-dollar production lines from yield-impacting water quality events while meeting the increasingly stringent requirements of advancing technology nodes.
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