OEM China Suppliers Ultra-Pure Water System for Semiconductor & Electronics Manufacturing | Quality Factory Solutions Factory, Suppliers

This advanced electronic ultra-pure water system is specifically engineered for microelectronics, semiconductor, IC, and precision display manufacturing in China. With a remarkable water resistivity of 18.2 MΩ·cm and TOC levels below 2 ppb, it ensures the highest quality for critical applications. The multi-stage purification process includes pretreatment, reverse osmosis (RO), electrodeionization (EDI), polishing mixed bed, UV oxidation (185/254 nm), vacuum degassing, and ultrafiltration. This system complies with the stringent GB/T 11446.1 EW-I / ASTM D5127-13 standards, making it an ideal choice for lithography, etching, cleaning, and the preparation of high-purity reagents. As a leading water treatment factory in China, we are proud to supply cutting-edge solutions to meet the demands of the electronics industry

Product Description

Our Solution

Shanghai Tongjie Environmental Protection provides semiconductor-grade ultrapure water systems employing a comprehensive process flow: pretreatment + two-stage RO + EDI + polishing mixed bed + terminal ultrafiltration + degassing membrane. The produced water exhibits stable resistivity ≥18.2 MΩ·cm (at 25°C), TOC ≤1 ppb, particulate matter ≤0.05 μm, and dissolved oxygen ≤5 μg/L, fully complying with SEMI F57, ASTM E1-2018, and the first-level ultrapure water standard for the electronics industry. Equipped with 316L EP/PVDF high-purity piping, nitrogen-sealed storage tanks, and AIoT intelligent monitoring systems, these systems serve applications in 8–12-inch wafers, advanced packaging, display panels, photovoltaics, and precision electronics manufacturing.

Core Advantages

Electronic Ultra-pure water system

Excessively high purity

18.2 MΩ·cm stable output from a dual-stage RO+EDI polishing mixed bed, with TOC ≤2 ppb, metal ions <1 ppt, and particles <0.05 μm.

Ultra-pure water system

Zero-pollution materials

316L EP stainless steel (Ra ≤ 0.25 μm), PVDF piping, and nitrogen-sealed double-insurance storage tanks guaranteed high purity throughout the process.

Ultra-pure water treatment

Intelligent Monitoring System

Intelligent monitoring with over 40 parameters providing real-time tracking of resistivity, TOC, DO, particulates, silicon, and metal ions 24/7.

Ultra-Pure water system1

High recovery rate

The energy-saving system achieves a recovery rate of ≥85%, with concentrated water reused, resulting in a 30% reduction in energy consumption.

Modular Design: Modular skid-mounted design enables rapid factory prefabrication and commissioning, with production operational within 15 days on-site, fully compatible with cleanroom layouts.

An ideal solution for meeting short-term or long-term decentralized water supply demands

Application Scenarios

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Semiconductor wafers: Cleaning, lithography, etching, and deposition of 8–12-inch wafers.
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Advanced packaging: Bumping, TSV, WLCSP cleaning.
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Display panel: LCD/OLED cleaning, developing, and etching.
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Photovoltaic/Lithium Batteries: Silicon Wafer Cleaning, Cell Manufacturing Process.
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Precision Electronics: Optical Components, Sensors, and Medical Device Cleaning.

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FAQ

Q: Can the water quality meet the requirements for a 12-inch advanced process?
A: Fully compliant. Total organic carbon (TOC) ≤2 ppb, particulate matter ≤0.1 μm, and metal ions <1 ppt, suitable for advanced processes up to 7 nm.
Q: Does the system support 24/7 uninterrupted operation?
A: Standard configuration features one active unit and one standby unit with automatic switching, ensuring zero downtime risk.
Q: Can we provide specialized designs for cleanrooms?
A: We offer cleanroom-grade modular units, high-purity piping systems, nitrogen sealing solutions, and customized cleanroom installation packages.
Q: What is the typical resistivity of the produced water?
A: The system maintains a stable resistivity of ≥18.2 MΩ·cm at 25°C, meeting the highest semiconductor standards.
Q: What is the water recovery rate of this system?
A: Our energy-saving design achieves a recovery rate of ≥85%, significantly reducing water waste and operating costs.
Q: How long does it take for the system to become operational?
A: Thanks to our modular skid-mounted design, systems can be operational within 15 days of on-site installation.

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