Visual Layout Suggestion:
Main Title (H1): Cleanroom & Dry Room Enclosure Systems for Lithium Battery Manufacturing
Subtitle: Ultra-low humidity and particle-controlled environments featuring stable dew point integrity and ISO Class 5–8 cleanroom envelope engineering for next-generation battery production.
CTA Buttons:
[ Button: Request a Technical Quote ]
[ Button: Download Battery Solutions Brochure ]
AILV’s specialized modular enclosure and sealing systems are engineered to isolate external moisture and manage heavy process loads. Our solutions provide robust structural integrity for every stage of modern lithium-ion and solid-state battery manufacturing:
Electrode Mixing & Slurry Preparation: Dust-tight wall and ceiling panels designed to withstand intense powder loading and mixing processes.
Electrode Coating & Drying Lines: High-durability enclosures structured to handle the unique thermal profiles and exhaust integration of precision coating machinery.
Calendering & Slitting Process: Controlled micro-environments engineered to prevent ambient moisture absorption during high-speed rolling and cutting.
Cell Assembly (Winding / Stacking): Pristine ISO Class 5–6 environments tailored to protect internal cell components from sub-micron particulate contamination.
Electrolyte Filling & Sealing (Dry Room Critical Zone): Ultra-airtight, heavy-duty envelope structures engineered to lock out ambient moisture in the most critical chemical-injection zones.
Battery Formation & Aging Areas: Thermal-insulated, fire-rated enclosure systems built for stable, safe temperature management during early cell cycling.
Solid-State Battery Production: Next-gen, ultra-stringent dry room enclosures built to maintain the ultimate moisture-free conditions required for volatile solid electrolyte materials.
EV & ESS Battery Module Assembly: Large-span, flexible clean spaces designed for heavy automated welding, pack integration, and quality testing.
Operating a global-scale battery factory requires an enclosure partner who understands that a single microscopic leak in a dry room seal can cause catastrophic humidity spikes. AILV secures your yield through advanced manufacturing:
✔ Engineered for Ultra-Low Dew Point Environments: Our structural joint technology and heavy-duty gasketing assist your desiccant dehumidification systems in holding a stable dew point down to -40°C to -60°C in critical zones.
✔ Uncompromising Airtight Enclosure Sealing: We utilize specialized double-tongue-and-groove panel joints and medical-grade silicone sealants to form an absolute vapor barrier against external humidity infiltration.
✔ Certified ESD & Anti-Static Solutions: Wall and ceiling panels feature continuous static-dissipative coatings, eliminating localized static charges that can attract airborne dust or spark during cell handling.
✔ Heavy-Load FFU & HVAC Structural Integrity: Our ceiling grid systems are custom-reinforced to support heavy industrial Air Handling Units (AHU) and dense HEPA filtration arrays required for massive laminar downflow.
✔ Thermal and Fire-Insulated Integrity: Packed with premium Rockwool or specialized cores, our panels offer exceptional fire-retardant performance and thermal insulation, cutting down the massive energy loss typical in dry room operations.
✔ Modular Scaling for Gigafactories: Backed by our massive 30,000 $m^2$ self-built production facility, we possess the raw capacity to pre-fabricate and ship heavy volumes of uniform cleanroom elements, supporting rapid on-site modular installation worldwide.
| Enclosure Component | AILV High-Spec Battery Industry Specification |
| Cleanroom Classification | Optimized for ISO Class 5 to ISO Class 6 (Cell Assembly core) and ISO Class 7 to ISO Class 8 (Logistics & Material Prep). |
| Moisture-Tight Panel System | High-density Rockwool or Polyurethane (PU) core sandwich panels with continuous interlocking airtight seams, available in 50mm, 75mm, and 100mm. |
| Vapor-Barrier Clean Doors | Heavy-duty, hermetically sealed automated sliding or swing doors fitted with continuous compression gaskets to block humidity exchange. |
| Flush Double-Glazed Windows | Flush-mounted safety glass cleanroom windows containing advanced internal desiccant matrices to prevent condensation at low dew points. |
| Static-Conductive Flooring | Seamless integration with static-conductive vinyl tiles or self-leveling anti-static epoxy flooring with continuous grounding paths. |
| High-Performance Air Treatment | Structural provisions for seamless integration with industrial desiccant rotors, low-dew-point AHUs, and high-efficiency HEPA H13–H14 filtration. |
| Automated Logistics Lockouts | Interlocking material pass-through boxes, dual-stage personnel airlocks, and heavy-duty cargo air showers to isolate moisture-critical dry rooms. |
Discover how AILV delivers advanced modular enclosure systems to support the world’s leading electric vehicle (EV) battery and energy storage system (ESS) gigafactories.
Case 1: Ultra-Low Humidity Lithium Battery Dry Room with Certified -50°C Dew Point Performance
Case 2: High-Bay Cell Assembly Cleanroom Suite Operating at Strict ISO Class 5 Cleanliness
Case 3: Fully Isolated Electrolyte Filling Critical Zone with Chemical-Resistant Finishes
Case 4: Automated EV Battery Module & Pack Production Enclosure with Anti-Static Wall Systems
Case 5: Next-Generation Solid-State Battery Pilot Line with Integrated Micro-Climate Controls
ISO 14644-1: Global Airborne Particulate Cleanliness Classifications
IEC Standards: Compliance structural setups supporting international electrical and electrostatic safety codes
CE Marked Panels: Certified modular building elements ensuring premium fire rating, mechanical load safety, and zero toxic outgassing
Automotive Quality Readiness: Built to align with the stringent facility infrastructure requirements of IATF 16949 and major EV OEM factory audits
Direct Factory Traceability: Sourced directly from our state-of-the-art 30,000 $m^2$ advanced production facility, delivering unparalleled supply chain transparency from engineering drawings to final delivery.