Tianjia Modular Eco-Friendly Cleanroom: Low-Carbon Clean Solution for Precision Engineering
As global manufacturing shifts toward green and low-carbon development, cleanrooms as core production carriers for electronics, medical, food and other industries require high environmental performance. Tianjia’s modular eco-friendly cleanroom focuses on low-carbon design, energy-saving operation and recyclability, providing a new-generation green clean solution.
I. Core Technical Highlights
1.Low-Carbon Modular Design
Uses recyclable rock wool / PU / MGO sandwich panels with high material recycling rate while ensuring fireproof, thermal insulation and load-bearing performance. Modular prefabrication reduces on-site construction pollution and cuts carbon emissions by about 30% compared with traditional cleanrooms.
2.Eco-Friendly Environmental Control
Integrates dust removal, smoke removal, humidification and sterilization, using low-energy fans and high-efficiency air filters to capture fine particles and reduce harmful emissions. Touch / remote dual-mode intelligent control further reduces energy consumption.
3.Full-Chain Green Solution
Integrated green clean solutions from eco-friendly wall panels to energy-saving HVAC and control systems. Supporting equipment such as air showers and pass-through boxes use eco-friendly materials, meeting CE, GMP, ISO international eco-certifications and complying with low-carbon production requirements.
II. Quick Selection Guide
1.Electronic Chip Production Workshop: High cleanliness + anti-static + constant temperature and humidity, meeting strict requirements while reducing carbon footprint.
2.Biomedical Laboratory: Sterilization + biosafety protection + compliance certification, eco-friendly materials and energy-saving systems meeting green pharmaceutical standards.
3.Food Processing Clean Workshop: Fireproof, heat insulation, easy-to-clean eco-friendly materials + precise humidity control, meeting food hygiene standards and reducing waste.
4.Cosmetics Aseptic Production Workshop: Dust filtration + environmental stability + modular rapid expansion, supporting cleanliness standards and avoiding resource waste.
III. Installation Process
1.On-site survey and customized layout with energy-saving path optimization.
2.Factory prefabrication to reduce on-site cutting and waste.
3.Bolt-splicing assembly with energy-saving electrical, eco-friendly piping and control installation, shortening cycle by 40% and reducing noise and dust pollution.
4.Testing and acceptance: cleanliness, temperature, humidity, airtightness and energy consumption; third-party eco-reports; FAT and SAT verification.
IV. Daily Usage Notes
1.Replace primary and HEPA filters regularly; used filters can be recycled to avoid secondary pollution.
2.Avoid scratching panels; use neutral eco-detergents to prevent corrosion and extend service life.
3.Inspect sensors and PLC controllers quarterly to reduce unnecessary energy consumption.
4.In case of alarms, troubleshoot via the panel first; contact 24-hour support to reduce energy waste.
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