Tianjia Modular Cleanroom: Choose the Right Cleanroom, Avoid Detours in Production!

I. Core Technical Highlights

1. Fireproof & Moisture-Proof Panels
   Tianjia modular cleanrooms adopt rock wool / PU / MGO sandwich panels as core wall materials, featuring Class A1 fire resistance, high-efficiency thermal insulation, and moisture & mildew resistance. They pass 48-hour salt spray test without corrosion, withstand extreme temperatures from -20°C to 65°C, and maintain long-term structural stability even in high-humidity or frequent disinfection environments, eliminating cleanliness failure caused by panel deformation or corrosion. Compared with traditional color steel plates, traditional panels easily deform due to moisture and have insufficient fire resistance, failing to meet high-safety requirements in pharmaceutical, semiconductor and other industries.
    
2. Modular Fast-Installation Design
   Standardized modules with hidden buckle structure require no on-site welding, improving installation efficiency by 60%. Clean spaces from 10 to 1000 ㎡ can be quickly built and support later expansion. Walls, ceilings, doors and windows are seamlessly spliced and sealed with cleanroom-grade silicone, with a gap rate ≤0.1%, minimizing particle accumulation and air leakage. Traditional civil cleanrooms have long construction cycles, difficult renovation, and total costs 2–3 times higher than modular solutions.
    
3. Full-Scene Supporting Equipment
   We provide a complete set of supporting equipment from Tianjia LED clean lamps to FFU laminar flow units, pass-through boxes, and air showers, realizing integrated control of lighting, purification, disinfection and monitoring. LED clean lamps are flicker-free, high-CRI, and low-temperature, avoiding thermal airflow disturbance; FFU units use H14 HEPA filters with high filtration efficiency to ensure stable air quality. Compared with scattered procurement, equipment from different brands has poor compatibility, easily causing airflow turbulence, uneven lighting and higher operation costs.
    
4. Intelligent Environmental Control
5. Equipped with a PLC intelligent control system, it monitors temperature, humidity, pressure difference, illuminance and other core indicators in real time, supports flexible dimming and fan speed adjustment, automatically compensates for environmental fluctuations, and avoids cleanliness changes caused by manual operation. High-precision sensors ensure stable production or experimental environments. Manual control relies on records with delayed response, easily leading to over-temperature/humidity and reduced cleanliness.
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II. Quick Selection Guide

• ISO 1–5 High-Cleanliness Zones: Equipped with H14 HEPA filters and positive-pressure fresh air systems, matched with IP65 Tianjia LED clean lamps with positive-pressure breathing valves, suitable for semiconductor wafer manufacturing, biosafety laboratories, vaccine production and other ultra-high-precision scenarios.
• ISO 6–7 Medium-High-Cleanliness Zones: Use H13 HEPA filters with medium-efficiency pre-filtration, matched with IP65 Tianjia LED clean lamps, suitable for pharmaceutical workshops, medical device production, food aseptic filling and other scenarios requiring strict microbial and particle control.
• ISO 8 General-Cleanliness Zones: Configured with H12 HEPA filters and primary-efficiency pre-filtration, matched with IP54 Tianjia LED clean lamps, suitable for cosmetics production, electronic assembly, general laboratories and other moderately demanding applications.

III. Installation and Service Guarantee

Professional Installation Team: Provides FAT and SAT services, tests cleanliness, airflow uniformity and other indicators after installation to ensure compliance with GMP / ISO standards.

24-Hour Technical Support: Dedicated O&M team with fast response, regular inspections of equipment sealing and filter pressure difference, timely replacement of consumables.

Full-Life-Cycle Service: One-stop technical training from design, installation and commissioning to maintenance, helping customers build independent operation capabilities.

IV. Daily Usage Notes

Check air cleanliness, temperature, humidity and illuminance uniformity weekly. If local abnormalities occur, inspect for filter clogging, LED module damage or airflow disturbance.

For daily cleaning, use a dust-free cloth with 75% alcohol or 3% hydrogen peroxide to wipe walls and lamp surfaces in one direction; do not scrape panel surfaces with hard tools.

If cleanliness is unqualified, equipment flickers or fan noise is abnormal, repair under local isolation to avoid particle pollution; use original parts of the same specification when replacing filters or LED modules.

Avoid placing heating equipment or dust-generating materials near the cleanroom; turn off all power and cover lamps and vents before fumigation.