Compact stainless steel vacuum glove box with vacuum antechamber for lithium-ion and solid-state battery cell assembly under inert atmosphere. Configured by Virospuk for battery research.
Stainless steel construction provides substantially superior outgassing characteristics compared to painted steel — critical in applications where the box must maintain very low H₂O levels without excessive purging. The integrated vacuum flange and gauge allow the antechamber to be evacuated to high vacuum before inert gas backfill, virtually eliminating atmosphere contamination during sample transfer. This construction and transfer methodology is the correct approach for solid-state battery assembly, where even brief moisture exposure can cause catastrophic electrolyte degradation.
| Parameter | Specification |
|---|---|
| Construction | Stainless steel 304 — internal and external |
| Vacuum system | Integrated vacuum flange, gauge, and valve — antechamber evacuated before gas backfill |
| Antechamber vacuum | Rough vacuum (rotary pump connection point) — Ø KF25 flange standard |
| Working atmosphere | Ar or N₂ |
| Glove ports | 2 ports, butyl rubber gloves |
| Viewing window | Borosilicate tempered glass |
| Pressure control | Manual needle valve regulation; automatic optional |
| Power input | 220 V / 50 Hz — Indian standard |
| Certifications | CE compliant |
| Warranty | 12 months from commissioning |
Contact Virospuk to configure the correct vacuum antechamber size and feedthrough arrangement for your battery assembly workflow.
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