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High Performance 80tons/H Ultra Pure Water Equipment For The Production Of Photovoltaic Cells
| Place of Origin | Shenzhen ,China |
|---|---|
| Brand Name | HongJie |
| Certification | ISO 14001,ISO 9001,CE,EPA |
| Model Number | HJ-UPWSe80T |
| Minimum Order Quantity | >=1sets |
| Price | US$176200~US$181500 |
| Packaging Details | export standard wooden case |
| Delivery Time | 1-7working days(depand on raw materials stocking) |
| Payment Terms | L/C,D/P,T/T,Western Union |
| Supply Ability | >300sets/month |
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xProduct Details
| Resistivity | ≥18.18 MΩ·cm (25°C) | Flow Rate | 80m³/H (Customizable) |
|---|---|---|---|
| Core Process | Double-pass Reverse Osmosis + EDI + Polishing Resin | Key Components | RO Membrane Modules, EDI Units |
| Electricity Supply | 380V/220V | After-Sales Service | 2-Year Warranty |
| Operation Mode | Fully Automatic | TOC | ≤0.5 Ppb |
| Particulates | >0.05 μm: ≤1 Particle/mL | Microorganisms | <1 CFU/1000mL |
| Highlight | 80tons/H Ultra Pure Water Equipment,High Performance Ultra Pure Water Equipment,80tons/H ultrapure water treatment |
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Product Description
high performance 80tons/h ultra pure water equipment for the Production of Photovoltaic Cells
I. Overview
Ultra-pure water is an indispensable core element in the production of photovoltaic solar cells, with its purity directly impacting the photovoltaic conversion efficiency, yield rate, and long-term reliability of the cells. Ultra-pure water serves as the cornerstone of photovoltaic cell production quality (the purity of silicon wafer cleaning and texturing directly determines cell efficiency, with a 1% water quality defect resulting in efficiency loss ≥0.5%), cost optimization (advanced RO-EDI-polishing processes reduce unit water production costs by 40% and boost yield rates to >99%), and technological innovation (ultrafiltration membrane precision breakthrough (0.02 μm), nuclear-grade resin polishing, and nitrogen-sealed circulation becoming standard features of next-generation processes).
Industry consensus: Ultra-pure water equipment accounts for less than 2% of photovoltaic production line costs, but water quality defects can result in scrap losses reaching the tens of millions—“Water quality is the invisible lifeline of photovoltaic manufacturing.”
II. Process
Raw Water → Pretreatment → Two - stage RO → EDI → Polishing Mixed Bed → Terminal Refinement
III. Parameters
| Parameter Category | Standard Requirement | |||
| Resistivity | ≥18.18 MΩ·cm (25°C) | |||
| Total Organic Carbon (TOC) | ≤0.5 ppb | |||
| Metallic Ions | ‘- Na⁺/K⁺: <0.1 ppt | |||
| - Fe/Cu/Al: <0.05 ppt | ||||
| Anions | - Cl⁻: <0.1 ppb | |||
| - SO₄²⁻: <0.2 ppb | ||||
| Particulates | >0.05 μm: ≤1 particle/mL | |||
| Dissolved Oxygen (DO) | ≤2 ppb | |||
| Microorganisms | <1 CFU/1000mL | |||
| Silicon Dioxide | ≤0.2 ppb (Colloidal + Dissolved State) | |||
IV. Applications of ultrapure water in photovoltaic cell production
Silicon wafer cleaning
Texturing process
Silicon ingot cutting and cleaning
Electrode preparation
V. Here is a guideline for you to get a proper quotation
Tell us the raw water/source of water(tap water, well water, or sea water, etc)
Provide water analysis report(TDS , conductivity, or resistivity, etc)
Required production capacity( 5m³/H, 50m³/H,or 500m³/H, etc)
What's the pure water used for( industrial,Food and Beverage,or agriculture, etc )
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