Ventilation Hood Chemistry
Precision Process: Laser cutting ensures accurate steel components
Outer Layer: ≥1.0 mm steel plate, bent and welded
Surface Treatment: Pickling, phosphating, and epoxy powder coating
Inner Lining: 5 mm antibacterial / corrosion-resistant board
Surface Advantage: Scratch-proof, corrosion-resistant, and easy to clean
Sash System: Tempered glass with smooth synchronous belt lift
Customization: Size, color, lining, and structure can be customized
- Product Description
Ventilation Hood Chemistry: Professional Laboratory Safety Solutions with Full-Steel Construction
Luoyang Youken Laboratory Equipment Co., Ltd. manufactures industrial-grade Ventilation Hood Chemistry systems engineered for pharmaceutical, research, and chemical laboratories. Each unit is made in a 30,000 m² ISO and CE certified factory and has ≥1.0 mm laser-cut steel structure, 5 mm antibacterial inner lining and tempered glass sash systems. Our product line with 100 expert engineers offers calibrated airflow control, epoxy powder coated surfaces, and customisable dimensions (L1200-1800 mm) to comply with SEFA and SGS worldwide safety requirements for containment and durability.
Why Full-Steel Construction Matters for Chemical Laboratories
Most conventional ventilating systems are not designed for long term exposure to corrosive vapours. This is resolved by our all-steel body construction using precision laser cut bent-welded steel plates that maintains the structural integrity even in high acidity situations.
The outer layer is 1.0 mm thick to avoid distortion caused by heat expansion. With the surface, in combination with pickling and phosphating pretreatment, gives excellent adherence for the epoxy powder coating – providing scratch-proof, rust-resistant performance, and extending equipment lifetime by 40% vs. ordinary painted finishes.
The inside lining materials are made of 5 mm antibacterial boards resistant to sulfuric acid, sodium hydroxide and organic solvents. This dual level of protection allows lab workers to perform safely while being compliant with regulations across pharmaceutical GMP and cleanroom applications.
Technical Specifications and Customization Options of Ventilation Hood Chemistry
| Parameter | Specification |
|---|---|
| Standard Sizes | L1200×D850×H2350 mm |
| L1500×D850×H2350 mm | |
| L1800×D850×H2350 mm | |
| Steel Thickness | ≥1.0 mm outer plate |
| Inner Lining | 5 mm antibacterial board |
| Sash Material | Tempered safety glass |
| Lift Mechanism | Synchronous belt system |
| Surface Treatment | Epoxy powder coating |
| Customization | Size, color (RAL/Pantone), lining type |
You may pick bespoke dimensions for project-specific layouts or select other liner materials, such as phenolic resin, for better chemical resistance. Our engineering staff develops the production drawings prior to manufacture, ensuring that every configuration is in line with your laboratory's HVAC needs and workflow design.

Core Advantages for Demanding Laboratory Environments
Heavy-Duty Durability Full steel frame supports continuous operation in high-throughput laboratories. It eliminates weak places typical for bolt-together assemblies. It carries loads up to 200 kg on the work surface for equipment.
Chemical Resistance: Epoxy coating withstands pH ranges of 2 to 12 without deterioration of surface. It protects against splash of hydrochloric acid, alkaline detergents and volatile organic chemicals used in synthesis processes.
Operator Safety: Tempered glass sash panels allow a clear view of experiments while limiting fume dangers. Rubber buffer strips lessen impact noise and protect the glass while often adjusting the height.
Ease of Maintenance: Simple epoxy surfaces may be quickly wiped off with typical lab disinfectants. Quarterly maintenance is easier with removable airfoil designs, as specialised tools aren’t needed.
Application Across Multiple Scientific Sectors
Our Ventilation Hood Chemistry systems serve diverse industries requiring controlled containment environments. Pharmaceutical laboratories utilize them for API synthesis and stability testing under GMP protocols. Research institutions deploy these units in organic chemistry labs where acetone, methanol, and chloroform handling demands robust ventilation.
Safety glass sash in educational buildings is beneficial for teaching presentations. The antimicrobial coating is essential for medical labs to avoid cross-contamination while processing diagnostic reagents. These hoods are integrated in quality control stations for testing volatile ingredients in food and cosmetics cleanrooms.
Each application utilises the system's capacity to create zones of negative pressure that catch dangerous particles at the source. This avoids breathing exposure and complies with OSHA and ANSI requirements for laboratory safety management.

Quality Assurance and Global Standards Compliance
Every unit undergoes laser measurement verification during steel cutting to ensure ±0.5 mm dimensional accuracy. Welding seams pass ultrasonic testing for structural integrity before surface treatment begins. The epoxy coating process includes salt spray testing to validate 1000-hour corrosion resistance.
Final assemblies receive airflow visualization checks and sash operation cycle testing. Products ship with standardized packaging featuring corner protectors and moisture barriers, maintaining condition during international transit. Our certifications—ISO 9001, CE marking, SEFA 8, and SGS material verification—provide third-party validation of manufacturing quality and safety performance.
Flexible Procurement and Project Support
We accommodate both trial orders for laboratory upgrades and large-scale projects requiring 50+ units. Minimum order quantities vary based on customization depth, but Our Team works with your procurement timeline to balance inventory and delivery schedules.
OEM and ODM services include custom branding, modified internal layouts for specialized equipment, and color matching to your facility's design standards. You provide RAL color codes or physical samples, and we formulate matching powder coatings. Production drawings incorporate your feedback on baffle configurations, service fixture placements, and electrical integration points before manufacturing begins.
Partner With a Certified Laboratory Solutions Provider
Luoyang Youken combines three decades of manufacturing expertise with continuous innovation in laboratory safety equipment. Our 100-engineer team stays current with evolving international standards to deliver product systems that protect personnel while optimizing operational efficiency.

FAQ
Q:Do you provide installation support?
A:Yes. Every order includes assembly drawings, installation manuals, and instructional videos. Our technical team offers online guidance during setup. For projects exceeding 20 units, on-site installation supervision can be arranged.
Q:What is your minimum order quantity?
A:MOQ depends on customization level. Standard-size units have lower thresholds, while fully custom configurations require project-based quotations. Sample orders for evaluation are welcome.
Q:Do you support OEM and ODM services?
A:Absolutely. We manufacture under your brand specifications, including custom dimensions, colors, packaging design, and structural modifications. Project-based production aligns with your laboratory's unique requirements.
Q:Can I choose a custom color?
A:Yes. Provide RAL or Pantone color codes, or send a physical sample. Our powder coating line matches custom colors after formulation testing to ensure durability.
Q:Will you provide drawings before production?
A:Production drawings are prepared after order confirmation. These detail dimensions, materials, colors, and accessory placements. Manufacturing starts only after your written approval.
Contact Us
Ready to upgrade your laboratory's Ventilation Hood Chemistry containment infrastructure? Contact our team at service@ukenlab.com or WhatsApp: +8615102909133 to discuss your project requirements, request technical specifications, or schedule a product demonstration.





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