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The Stainless Steel Ion Adsorber is constructed from 304/316L stainless steel with mirror polishing and passivation, ensuring no particle shedding. Each unit is packed with 300g of mixed bed cation‑anion resin, efficiently removing ions such as SO₄²⁻, Cl⁻, Ca²⁺, Mg²⁺, and Fe³⁺ from coolant to prevent scaling and corrosion, ensuring long‑term stability of liquid cooling systems.
Ion Control in Secondary Liquid Cooling Loops: Installed between the CDU outlet and cold plates to remove corrosive ions, protecting micro‑channels and solder joints.
Polishing for DI Water / PG25 Coolant: Used at the end of coolant preparation to ensure initial fill meets ultra‑pure standards.
Bypass Treatment in Closed Loops: Installed in a side stream of the main loop to continuously reduce ion levels, ideal for high‑power electronics cooling.
High Ion Removal Efficiency: Packed with premium mixed bed resin, it simultaneously adsorbs anions (sulfate, nitrate, carbonate, chloride) and cations (magnesium, calcium, iron) to prevent scale and pitting corrosion.
Ultra‑Clean Construction: Fully stainless steel with mirror polishing and passivation – no dead legs, no particle shedding, non‑contaminating to DI water, PG25 and other coolants.
Excellent Material Compatibility: 304/316L stainless steel resists various cooling media and is chemically inert to the resin for long‑term stability.
| MATERIAL | LINING | NO. of FILTERS | CONNECTION | LENGTH(IN) | SEAL | INLET/OUTLET |
| 304 | Without | 1 | 222 | 10'' | Silicone | Tri-Clamp DN25 |
| 316 | PTFE | 3 | 226 | 20'' | EPDM | Tri-Clamp DN40 |
| WCB（Mild Steel） | FPA | 4 | M20 | 30'' | Viton | Tri-Clamp DN50 |
| PPH（Homopolymer PP） | Fluorine | 7 | 3M | 40'' | TEV | Flange DN25 |
| Butyronitrile | 25 | PARKER | Butyronitrile | Flange DN40 | ||
| PE | 150 | PALL | PTFE | Flange DN50 | ||
| PHOSPHOR | Flange DN80 | |||||
| 38-5 | Flange DN150 | |||||
| DIN Flange DN40 |
Q1: What active material is packed inside the Stainless Steel Ion Adsorber, and what is its dosage?
A1: Each unit is packed with 300g of high-premium mixed bed cation-anion resin to ensure efficient ion exchange and purification.
Q2: Which specific ions can this adsorber remove from the coolant?
A2: It simultaneously adsorbs anions such as sulfate ($SO_4^{2-}$), chloride ($Cl^-$), nitrate, and carbonate, as well as cations including calcium ($Ca^{2+}$), magnesium ($Mg^{2+}$), and iron ($Fe^{3+}$).
Q3: What are the primary operational hazards prevented by removing these ions from liquid cooling systems?
A3: Removing these ions effectively prevents scaling and pitting corrosion, which safeguards micro-channels and solder joints, ensuring the long-term stability of the cooling loop.
Q4: Where should the Ion Adsorber be placed when deployed in the Secondary Loop of a liquid cooling system?
A4: It is installed between the Cooling Distribution Unit (CDU) outlet and the cold plates to continuously capture corrosive ions before the fluid reaches sensitive electronics.
Q5: How is this product applied during the coolant preparation stage?
A5: It is used as a polishing filter at the end of coolant preparation to ensure that the initial filling fluid meets ultra-pure standards.
Q6: What is the benefit of using this adsorber for "Bypass Treatment" in closed loops?
A6: Installed in a side stream (bypass) of the main loop, it continuously reduces accumulated ion levels over time, making it ideal for high-power electronics cooling applications.
Q7: What surface treatment process is used on the housing, and what are its benefits?
A7: The housing is made of 304/316L stainless steel and undergoes mirror polishing and passivation. This ensures a dead-leg free surface with zero particle shedding, preventing any contamination to DI water or PG25 coolant.
Q8: How is the chemical stability of this device guaranteed over long-term operation?
A8: The 304/316L stainless steel housing offers excellent material compatibility; it is highly resistant to various cooling media and remains chemically inert to the ion exchange resin.
Q9: According to the ordering guide, what configurations are available for inner lining materials?
A9: While the standard unit comes "Without Lining", ordering options include premium technical coatings such as PTFE, FPA, and Fluorine linings to suit highly aggressive fluid requirements.
Q10: What types of piping connections does LOONG Filtration support for this adsorber?
A10: It supports sanitary Tri-Clamp connections (e.g., DN25/DN40/DN50) as well as industrial Flange connections (ranging from DN25 up to DN150, including DIN Flange DN40).
