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Can modular clean rooms be relocated?

  • Author:Jason Peng

  • Cleanroom Engineering Technology Manager of Deiiang Company.

    Product R&D Manager of GDC Inc. Cleanroom Equipment Manufacturing Company.

    Executive Director of Guangdong Cleanroom Industry Association of China.

    Engaged in R&D of related products for 15 years, with rich relevant technical experience

  • 2024-12-30  |  Visits:

Relocating Modular Cleanrooms

A Practical Guide by Deiiang™ and Product Designer Deiiang Jason.peng

Modular cleanrooms offer the unique advantage of being relocatable, providing flexibility that traditional cleanroom setups cannot match. Whether upgrading facilities, changing locations, or repurposing existing spaces, understanding the relocation process is essential. This guide outlines the steps and considerations involved in safely and efficiently moving modular cleanrooms, leveraging insights from industry leader Deiiang™ and the expertise of product designer Deiiang Jason.peng.

Pre-Disassembly Labeling

Before beginning the disassembly process, it is crucial to label each component accurately. This step ensures that during reassembly, all parts fit together seamlessly, preserving operational efficiency.

Deiiang™ Labeling System


  • Use alphanumeric codes for each component

  • Schematic diagrams for layout reference

  • Color-coding for different system types

  • Digital documentation backup
Cleanroom Pre-Disassembly Labeling

Pro Tip from Deiiang Jason.peng: "Create a labeling map that correlates physical labels with digital schematics. This dual-system reduces reassembly errors by 65% compared to traditional methods."

Disassembly Process

1Wall Panel Disassembly

Carefully remove wall panels, ensuring they are stored securely to prevent damage. Panels should be labeled according to their position in the layout for easy reinstallation.

Cleanroom Wall Panel Disassembly

2Ceiling Tile Removal

Ceiling tiles require delicate handling to maintain their integrity. Each tile should be marked and stored flat to avoid warping or damage.

Cleanroom Ceiling Tile Removal

3HVAC System Disassembly

The HVAC units must be disconnected systematically, taking care to preserve ductwork configurations that can affect airflow. Maintain a detailed sketch for accurate reassembly.

HAVC HVAC System Disassembly

4Ventilation Ductwork Removal

Ventilation ducts should be marked before removal to ensure they are reinstalled with the correct orientation and connections. Use color codes for different duct types.

Cleanroom Ventilation Ductwork Removal

5Lighting Fixture Disassembly

Carefully remove lighting fixtures, ensuring to label electrical connections to avoid confusion during reinstallation. Document wire color codes and terminal positions.

Cleanroom Lighting Fixture Disassembly

6Equipment Disconnection

Equipment should be disconnected as per manufacturer guidelines to prevent damage. Each piece should be labeled and documented with its original setup specifications.

cleanroom air shower Equipment Disconnection
ComponentLabeling MethodStorage RequirementSpecial Tools
Wall PanelsAlphanumeric + layout diagramVertical storage with paddingPanel lifter
Ceiling TilesPosition marker + color codeFlat storage in labeled traysVacuum lifter
HVAC UnitsSystem diagram + part numbersClimate-controlled environmentSpecialized HVAC tools

Installation Process

Reassembly Steps

  1. Review labeling documentation and schematic diagrams
  2. Set up the floor grid according to the original layout
  3. Install wall panels starting from the corner reference points
  4. Reassemble ceiling structure and install tiles in sequence
  5. Reconnect HVAC system using layout sketches
  6. Install lighting fixtures and verify electrical connections
  7. Reinstall equipment and calibrate according to specifications

! Critical Checkpoints

  • Airflow direction matching original design
  • Electrical grounding continuity
  • Panel seal integrity testing
  • HVAC filter installation confirmation
cleanroom Wall panel Installation          Modular clean room installation and construction

Post-Installation Testing Protoco

1 Airflow Testing

Measure airflow velocity and pattern to ensure compliance with cleanroom class requirements.

2Pressure Testing

Verify positive/negative pressure differentials to prevent cross-contamination.

3Particle Counting

Conduct airborne particle testing to ensure iso class compliance.

4Environmental monitoring

Check temperature, humidity, and lighting levels for operational consistency.

Conclusion: Mobilizing Cleanroom Efficiency

The ability to relocate modular cleanrooms offers significant flexibility and cost-saving potential. By adhering to systematic disassembly and reassembly processes, and utilizing expert guidelines from Deiiang™, businesses can maintain operational integrity with minimal downtime. This adaptability underscores the value of modular cleanrooms as strategic assets in dynamic industrial environments, demonstrating their capacity to evolve alongside growing and changing business needs.

Key Takeaways


  • Labeling is the foundation of a successful relocation

  • Detailed documentation reduces errors by up to 70%

  • Post-installation testing is non-negotiable for compliance

  • Modular cleanrooms save 30-50% on relocation costs vs. traditional setups

© 2025 Deiiang™. All rights reserved.

Expert insights by Deiiang Jason.peng, Product Design Lead

Cleanroom Insiders Expert Team

Deiiang's expert team specializes in designing and constructing state-of-the-art cleanrooms tailored to meet diverse industry needs. With a focus on innovation and compliance, we deliver pristine environments that ensure operational excellence and product integrity.

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