Liquid cooling (Everis)
Everis BLQ6
- Selection criteria
- FAQ
- Everis BLQ2
- Everis BLQ4
- Everis LQ6
- Data center
- UQD and UQDB couplings (OCP)
- Non-spill couplings for data centers
Everis BLQ6 is the CPC blind mate coupling with 3/8" flow for liquid cooling of electronics. Its anodized aluminium body is built for long-term, repeated use, and the valves disconnect without dripping, even under pressure. Terminations are G1/2 (BSPP) or 3/8" SAE male thread with EPDM seals, rated from vacuum to 8.3 bar and from -17 to 115 °C.
- 4 items
- 1 manufacturer
- Net prices plus VAT
Buying guide
How to choose Everis BLQ6
What matters when choosing: properties, comparison and typical applications.
Selection criteria
| Criterion | This series | Note |
|---|---|---|
| Design | Blind mate, valved body and insert | Full flow even when the coupling is not fully engaged. |
| Flow | 3/8" | For higher flow rates than BLQ2 and BLQ4. |
| Termination | G1/2 (BSPP), 3/8" SAE | Choose by the thread of the mating part. |
| Body | Anodized aluminium | Light and durable. |
| Seal | EPDM | For water-glycol mixtures. |
| Pressure | Vacuum to 8.3 bar | Same range as the BLQ4. |
| Mounting | In-line, panel mount with optional kit | Body, insert or both can be mounted in a panel. |
Frequently asked questions
- How does the BLQ6 differ from the BLQ4?
- The BLQ6 offers 3/8" flow and an anodized aluminium body, while the BLQ4 is chrome-plated brass. Both are blind mate couplings rated to 8.3 bar with EPDM seals.
- Can the BLQ6 be panel mounted?
- Yes. With the optional mounting kit, the body, the insert or both can be fixed in a panel, for example on the rear wall of a sled.
- Does the connection stay tight long term?
- Redundant seals keep contaminants and debris out while connected, and the friction-free valve is designed for long operating periods.
- Where is the BLQ6 used in a data center?
- On rack manifolds and sleds with higher coolant demand that connect automatically when pushed in. Because the coupling disconnects without dripping, components can be swapped without draining the cooling loop.