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The Stainless Steel Activated Carbon Adsorber is made of 304/316L stainless steel with mirror polishing and passivation. Packed with high‑surface‑area carbon fiber, it efficiently adsorbs heavy metals, bacteria, and organics from coolant, achieving >99.99% bacterial removal – preventing biofilm from clogging cold plates and ensuring clean operation of liquid cooling systems.
Microbial Control in Secondary Loops: Installed between CDU outlet and cold plates to prevent biofilm clogging of micro‑channels.
Final Purification in Coolant Preparation: Removes residual organics, metal ions, and microorganisms from DI water or PG25 before filling, ensuring initial cleanliness.
Long‑Term Closed‑Loop Systems: For 24/7 operation in data centers and power electronics, continuously controlling microbial and organic levels.
Ultra‑High Surface Area Carbon Fiber: Advanced carbon fiber material provides much higher surface area than granular activated carbon, enabling fast, high‑capacity adsorption of trace contaminants.
Broad‑Spectrum Adsorption: Simultaneously removes heavy metals, organic compounds, and bacteria – reducing microbial growth and preventing biofilm formation.
Exceptional Bacterial Removal: Achieves >99.99% bacterial removal, significantly reducing live bacteria in circulating coolant and preventing clogging of micro‑channel cold plates.
Ultra‑Clean Construction: All stainless steel with mirror polishing and passivation – no particle shedding, fully compatible with DI water, PG25, and other coolants.
| 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 core material is used inside this adsorber, and how does it compare to traditional carbon?
A1: The adsorber is packed with advanced high-surface-area carbon fiber. This material provides a much higher surface area than traditional granular activated carbon, enabling fast, high-capacity adsorption of trace contaminants.
Q2: What is the verified bacterial removal efficiency of the Stainless Steel Activated Carbon Adsorber?
A2: The system achieves an exceptional >99.99% bacterial removal rate, significantly reducing live bacteria in the circulating coolant.
Q3: What types of contaminants can this product simultaneously remove from the coolant?
A3: It features broad-spectrum adsorption capabilities, allowing it to simultaneously remove heavy metals, organic compounds, and bacteria from the fluid.
Q4: How does removing these target contaminants prevent failures in micro-channel cold plates?
A4: By drastically reducing microbial growth and organic levels, it prevents biofilm from forming and clogging the fine passages of micro-channel cold plates, ensuring uniform and clean cooling operations.
Q5: Where is the Adsorber typically positioned for microbial control in Secondary Loops?
A5: In secondary liquid cooling loops, it is installed between the Cooling Distribution Unit (CDU) outlet and the cold plates to safeguard sensitive IT/power components.
Q6: What function does this product perform during the coolant preparation stage?
A6: It is used for final purification during coolant preparation to completely remove residual organics, metal ions, and microorganisms from DI water or PG25 before initial filling.
Q7: Why is this adsorber highly recommended for long-term closed-loop systems?
A7: It is ideal for 24/7 continuous operation in data centers and power electronics, providing non-stop, reliable control over microbial and organic accumulation over long-term cycles.
Q8: What surface treatment process ensures that the housing does not contaminate the liquid cooling fluid?
A8: The 304/316L stainless steel housing undergoes rigorous mirror polishing and passivation, delivering a smooth surface with zero particle shedding that is fully compatible with DI water and PG25.
Q9: According to the Ordering Information specifications, what lining options are available for specialized corrosion protection?
A9: While the standard unit comes "Without Lining," ordering custom options include high-grade polymer barriers such as PTFE, FPA, and Fluorine linings.
Q10: What piping connection types does LOONG Filtration offer to fit existing facilities?
A10: To support customizable installation setups, the housing supports sanitary Tri-Clamp options (e.g., DN25/DN40/DN50) and robust industrial Flange specifications (ranging from DN25 up to DN150, including DIN Flange DN40).
