Laboratory Clean Room Design Case Study:Precision Electronics R&D Facility

Introduction

When a global lithium-ion battery developer required ISO class 5 cleanrooms for next-gen solid-state electrolyte research, Deiiang engineered a contamination-controlled environment that reduced particle interference by 99.8%. This case analysis reveals how strategic design alignment with iso 14644-1 and IEST standards enabled breakthrough R&D efficiency while cutting energy costs by 37%.

Industry-Specific Validation Standards

Electronics R&D cleanrooms demand exceptional precision:

• Particle Control: ≤3,520 particles/m³ (≥0.1µm) per iso class 5

• ESD Protection: <10⁹Ω surface resistance (ANSI/ESD S20.20)

• Environmental Stability: ±0.5°C temperature, ±3% RH fluctuations

• Airflow Uniformity: 0.45 m/s ±15% vertical laminar flow
  Validation followed iso 14644-3 testing protocols with third-party certification. GCC®️-certified monitoring systems ensured continuous compliance.

Critical Equipment Integration

Deiiang®️'s solution featured proprietary contamination-control technology:

Design Team:

• Lead Product Designer: Deiiang Jason.peng

• Senior Validation Specialist: Deiiang joebo.Wang

Technical Outcomes

1. Contamination Control

• 0.3µm particles maintained at <200/m³ (vs. 3,520 ISO limit)

• Air recovery time: 42 seconds (ISO 14644-3 requires ≤90s)

2. Energy Innovation

• GCC®️ EC motors reduced HVAC energy consumption by 41%

• Heat recovery wheels captured 68% of exhaust energy

3. Operational Efficiency

• Deii®️ monitoring cloud reduced validation labor by 65%

• Modular walls enabled future expansion in 72 hours

Conclusion

This electronics cleanroom demonstrates how Deiiang™ integrated iso 14644 standards with proprietary GCC®️ technology to ACHieve particle control 17x stricter than requirements. The solution reduced research interference incidents by 92% while achieving LEED Gold-equivalent sustainability metrics. Facilities requiring nanoscale precision should prioritize:

• Multi-stage filtration with ULPA+ molecular filters
• Real-time particle mapping systems
• ESD-controlled work zones with continuous monitoring

Expert Verification: Design specifications validated per IEST-RP-CC012.3 & iso 14698 biocontamination standards. Equipment performance certified by Deiiang joebo.Wang (ISO 14644 Lead Auditor #CA-11210).