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Ultra-pure Water Equipment for Battery Production with 5T/H Volume and ≤5-20us/cm Resistivity at 25℃ Design Temperature

Ultra-pure Water Equipment for Battery Production with 5T/H Volume and ≤5-20us/cm Resistivity at 25℃ Design Temperature

Tên thương hiệu: Hongshun
Số mô hình: HS-5000L
MOQ: 1 bộ
Giá: $1,000 to $5,000
Chi tiết đóng gói: Phim ảnh
Điều khoản thanh toán: L/C,T/T
Thông tin chi tiết
Nguồn gốc:
Dongguan
Chứng nhận:
CCC/CE
Trường ứng dụng:
Sản xuất pin
Nguồn nước thô:
Nước máy thành phố địa phương có độ dẫn điện dưới 400 μs/cm.
Khối lượng nước cực kỳ:
ngày 5
Điện trở suất nước cực kỳ:
≤5-20US/cm
Nhiệt độ thiết kế:
25℃
Khả năng cung cấp:
15 bộ/tháng
Làm nổi bật:

5T/H Ultra-pure Water Equipment

,

≤5-20us/cm Pure Water Treatment Machine

,

25℃ Industrial RO Reverse Osmosis Pure Water Equipment

Mô tả sản phẩm
Ultra-pure Water Equipment For Battery Production
Introduction to Ultra-pure Water Equipment for Battery Production

Ultra-pure water equipment for battery production includes ultra-pure water for storage battery production, lithium battery production, solar photovoltaic cell production, and battery grids. The preparation of electrolyte in batteries has very strict requirements for ultrapure water, typically requiring water conductivity above 0.1μs/cm (resistance value above 10 megohms).

Traditional processes for preparing ultrapure water for batteries often use anion and cation resin exchange equipment, which requires frequent resin regeneration. With the maturation of membrane separation technology, modern systems now typically employ reverse osmosis filtration, either as a single-stage reverse osmosis process followed by ion exchange mixed bed (or electro-deionization EDI) process.

Processes of Ultra-pure Water Equipment for Battery Production
  1. Ion Exchange Method: Raw water → raw water booster pump → multi-media filter → activated carbon filter → water softener → precision filter → cation resin filter bed → cation and cation resin mixed bed → microporous filter → water usage point
  2. Two-stage Reverse Osmosis Method: Raw water → raw water booster pump → multi-media filter → activated carbon filter → water softener → precision filter → first-stage reverse osmosis → PH adjustment → intermediate water tank → second-stage reverse osmosis → purified water tank → purified water pump → microporous filter → water usage point
  3. EDI Method: Raw water → raw water booster pump → multi-media filter → activated carbon filter → water softener → precision filter → first-stage reverse osmosis machine → intermediate water tank → intermediate water pump → EDI system → micro-pore filter → water usage point
Design Basis of Ultra-pure Water Equipment For Battery Production
Parameter Specification
Raw water source Local municipal tap water with conductivity <400μs/cm
Ultra-pure water capacity 5t/h
Ultra-pure water resistivity ≤15MΩ*CM
Design temperature 25℃
Mode of operation Automatic operation (manual adjustment)
Design boundaries Raw water tank connection from inlet to outlet of water supply
For a complete technical solution of Industrial RO Reverse Osmosis Pure Water Equipment, please contact us. We will customize the design based on your product technical requirements and factory layout.
Process Flow Chart
Ultra-pure Water Equipment for Battery Production with 5T/H Volume and ≤5-20us/cm Resistivity at 25℃ Design Temperature 0