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Laboratory Aluminum Alloy Ventilation Floor
Deliver uncompromising safety and airflow to your laboratory with the Laboratory Aluminum Alloy Ventilation Floor. Specifically engineered for harsh chemical and sensitive electronic environments, this floor is cast from high-purity ADC12 aluminum in a one-piece negative pressure process. It is completely rust-proof, anti-magnetic, and highly conductive. The precision-punched perforations allow for efficient fume extraction and heat dissipation, making it the ultimate heavy-duty (up to 2000 kg) ESD flooring for modern research facilities.
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Product Description
| Laboratory Aluminum Alloy Ventilation Floor Anti-Corrosion · High Airflow · Permanent ESD |
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ADC12 die-cast aluminum ventilation tile.
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Engineered for Chemical & Biological Labs Unlike standard steel panels, our 100% ADC12 cast aluminum floor is completely rust-proof and highly resistant to harsh chemical corrosion. It is ideal for environments where sterilization and chemical spills are routine, ensuring the floor remains structurally stable and visually intact for decades. Non-Magnetic & Sensitive Instrument Safe Laboratories often house highly sensitive equipment (like MRI or electron microscopes) that can be disrupted by magnetic fields. The solid aluminum construction provides excellent electromagnetic shielding and is entirely anti-magnetic, eliminating interference with precision instruments. Precision Ventilation for Fume Extraction The precision-punched holes ensure uniform airflow from the underfloor plenum. This is critical for removing harmful chemical fumes, managing heat from analytical equipment, and maintaining a dust-free environment. Combined with the naturally conductive aluminum body, it provides permanent static dissipation (10⁴-10⁹ Ω) without any surface coatings to wear off. |
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Max Load Capacity 2000 KG |
Material ADC12 Aluminum |
Ventilation Precision Punched |
ESD Protection 10⁴–10⁹ Ω |
Technical Specifications
Manufactured using one-piece negative pressure casting, this floor meets the most stringent requirements for laboratory safety and equipment support.
| Model | Size (mm) | Concentrated Load (KG) | Ultimate Load (KG) | Uniform Load (KG/m²) |
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| OL300 | 600×600×55 | ≥300 | ≥600 | ≥800 |
| OL500 | 600×600×55 | ≥500 | ≥1000 | ≥1250 |
| OL1000 | 600×600×55 | ≥1000 | ≥2000 | ≥2000 |
| OL1250 | 600×600×55 | ≥1200 | ≥2400 | ≥2400 |
| OL1500 | 600×600×55 | ≥1500 | ≥3000 | ≥3000 |
| OL2000 | 600×600×55 | ≥2000 | ≥4000 | ≥4000 |
High-precision die-cast ventilation floor for modern laboratory environments.
Related Laboratory Solutions
For cleanroom areas adjacent to the laboratory, you may also need our Clean Room Aluminum Alloy Ventilation Floor or the standard Clean Room Aluminum Alloy PVC Face Anti-static Floor. For non-ventilated lab areas where fume extraction is not required, pair this with the Laboratory Aluminum Alloy Floor.
【Laboratory Aluminum Alloy Ventilation Floor】FAQ
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Why is this floor suitable for chemical laboratories? Unlike standard steel panels that can rust when exposed to chemical spills, our Laboratory Aluminum Alloy Ventilation Floor is made entirely of ADC12 cast aluminum. Aluminum naturally forms a self-healing oxide layer, making it highly resistant to corrosion and oxidation. It will not blister or peel, ensuring a safe and durable surface even in harsh experimental environments. |
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How does the ventilation function impact the lab environment? The precision-punched holes across the panel allow for efficient airflow from the underfloor plenum. This serves two critical functions: it helps exhaust and manage chemical fumes in wet labs, and it effectively dissipates heat generated by heavy analytical equipment or server racks in computer-aided research labs. |
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Can the Laboratory Aluminum Alloy Ventilation Floor support heavy equipment? Absolutely. The one-piece negative pressure casting process ensures there are no weak weld points. The OL2000 model offers a concentrated load capacity of up to 2,000 kg. This is more than sufficient to support heavy laboratory machinery, automated testing lines, and densely packed equipment racks without any risk of deformation or structural failure. |
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