In pharmaceuticals, microbiology research, precision electronics and other high-demand fields, high-performance laminar equipment is core to safety and efficiency. Tianjia’s stainless steel laminar flow hood provides durability and purification with all-stainless steel structure and ultra-high-efficiency purification.
304 stainless steel structure, corrosion-resistant, high-temperature resistant, antimagnetic and anti-static, 2–3 times longer life than ordinary carbon steel models, adapting to humid, acid and alkali industrial scenarios, complying with GMP, CE standards.
Class 100 Ultra-High-Efficiency Purification, Precise Protection
HEPA/ULPA filters, 99.999% efficiency for 0.3μm particles, uniform laminar flow technology minimizing turbulence, 80% lower pollution diffusion risk than ordinary models, meeting US209E Class 100.
Airflow adjustable 0.35±0.5m/s in six gears, flexible for pharmaceutical weighing, electronic packaging, 60% higher adaptability than fixed-speed models. Negative pressure function prevents powder and reagent overflow, protecting operators.
Intelligent Integrated Design, Convenient and Efficient
Integrated transparent working surface, lighting and touch/remote control, easy observation and maintaining integrity, 40% higher operation efficiency than traditional closed models, adapting to high-frequency laboratory and workshop use.
II. Quick Selection Guide
Pharmaceutical Production Workshop: Negative pressure + Class 100 + stainless steel, for dust-free drug weighing and mixing.
Microbiology Laboratory: ULPA + six-speed + anti-static, for stable cell culture and reagent handling.
Precision Electronics Workshop: Low noise + transparent surface + antimagnetic, for chip packaging and improving yield.
Medical Aesthetic Operating Rooms: Silent + integrated lighting + easy cleaning, improving comfort and safety.
III. Installation Process
On-site measurement and size, wind speed and function confirmation.
Factory production of stainless steel units.
Modular hoisting with electrical and speed controller installation, 1–2 days.
Cleanliness, airflow uniformity and noise testing; third-party reports; training and warranty.
IV. Daily Usage Notes
Replace HEPA filters every 1–2 years, primary filters every 3–6 months.
Wipe stainless steel with neutral detergent; avoid scratches.
Inspect wind speed and negative pressure quarterly.
Contact 24-hour support for abnormal wind speed or alarms.