
- Qingqingquan
- Shandong
- 20 days
- 300 units per month
Ultra-pure water systems for lead-acid battery manufacturing. RO+DI technology delivers ≥10 MΩ·cm water quality. Prevent battery contamination and ensure consistent performance. Get technical specs!
Ultra Pure Water Equipment for Battery Industry | ≥10 MΩ·cm Quality
Intro: Ensure optimal battery performance and longevity with our industrial ultra-pure water systems. Specifically engineered for lead-acid battery manufacturing, delivering consistent ≥10 MΩ·cm quality water to prevent impurities from affecting battery chemistry.
Complete Ultra-Pure Water Production Process
Step-by-Step Purification Journey:
- Raw Water Storage Tank
- Buffers incoming municipal/ground water supply
- Ensures stable inlet pressure for pretreatment system
- Provides emergency water reserve during supply fluctuations
2. Booster Pump Station
- Maintains consistent pressure through pretreatment
- Prevents flow variations affecting filter performance
- Industrial-grade construction for continuous duty
3. Quartz Sand Multi-Media Filter
- Removes suspended solids, algae, and colloidal particles
- Reduces SDI (Silt Density Index) for RO protection
- Output turbidity: ≤1 NTU through graded quartz sand media
4. Activated Carbon Adsorption Filter
- Eliminates residual chlorine to protect RO membranes
- Adsorbs organic compounds, odors, and color
- Prevents resin oxidation in subsequent treatment stages
5. Precision Security Filter
- 5-micron final particulate barrier
- Protects RO membranes from scratches and mechanical clogging
- Traps resin fragments and microscopic impurities
6. Reverse Osmosis Main Unit
- Removes 98-99% of dissolved ionic contaminants
- Output conductivity: ≤10 μS/cm
- Core desalination stage for primary purification
7. RO Product Water Storage
- Intermediate pure water buffer tank
- Ensures continuous supply to polishing system
- Stabilizes system operation during peak demand
8. Mixed Bed Booster Pump
- Provides required pressure for final polishing stage
- Maintains consistent flow through ion exchange resin
9. Mixed Bed Ion Exchange Column
- Final polishing to achieve ultra-pure standards
- Combines cation and anion exchange resins
- Output quality: ≥10 MΩ·cm resistivity
10. Ultra-Pure Water Storage Tank
- Final product water storage
- Maintains water quality until point of use
- Closed-loop system to prevent contamination
Technical Specifications
Parameter | Specification |
---|---|
Final Water Quality | ≥10 MΩ·cm |
RO Output | ≤10 μS/cm |
Turbidity | ≤1 NTU |
System Configuration | Pretreatment + RO + Mixed Bed |
Control Level | Fully Automatic Operation |
Critical Role in Battery Manufacturing
Why Ultra-Pure Water Matters:
- Prevents Electrode Contamination: Ionic impurities affect electrode performance
- Ensures Electrolyte Purity: Essential for consistent battery chemistry
- Extends Battery Life: Reduces internal corrosion and self-discharge
- Maintains Manufacturing Consistency: Critical for quality control in mass production
Application Points:
- Electrolyte preparation and dilution
- Battery plate cleaning and rinsing
- Chemical solution preparation
- Equipment cleaning processes
5 System Advantages for Battery Industry
✔ Consistent High Purity - Guaranteed ≥10 MΩ·cm output for quality manufacturing
✔ Robust Pretreatment - Comprehensive protection for RO membranes and resin
✔ Automated Operation - Minimal operator intervention with reliable performance
✔ Cost-Effective Production - Lower operational costs than bottled ultra-pure water
✔ Industry-Proven Design - Specifically optimized for battery manufacturing requirements
Quality Assurance & Support
Performance Validation:
- Factory acceptance testing before shipment
- Water quality certification to meet industry standards
- Regular maintenance and performance monitoring
Service Commitment:
- 12-month system warranty
- Lifetime technical support
- Spare parts supply guarantee
- Regular maintenance service packages