DD Bioinfotech

·        Sample storage cabinet design to place adjacent to fume hood so as to fit in the same ducting for exhaust of harmful chemicals.

·        Single wall total Mild steel epoxy Powder Coated construction.

·        Outer Size: 1200 X 1800 X 450 mm

·        With 4- shelves Adjustable self

·        With transparent glass door

 

Stainless Steel Laboratory Fume Exhaust Hood is a high-performance ventilation unit designed to safely remove hazardous chemical fumes, vapors, and airborne contaminants from laboratory environments. Constructed entirely or primarily from stainless steel, it combines corrosion resistance, durability, and easy decontamination, making it ideal for demanding lab settings.

Stainless Steel Construction:

• Fabricated from SS 304 or SS 316 depending on corrosion and chemical resistance needs.

• Offers long service life, even in harsh chemical or sterile environments.

Enclosed Work Area:

• Features a transparent sash (usually tempered glass or polycarbonate) to allow visibility and access while containing fumes.

Exhaust System:

• High-efficiency blower or fan system connected to external ducting.

• Removes contaminated air and discharges it outside or through a scrubber/filtration unit.

This is a cost-effective and durable laboratory fume hood constructed from mild steel sheet metal. While mild steel is not naturally corrosion-resistant like stainless steel, it is typically coated with epoxy paint or powder coating to enhance its resistance to chemical fumes and corrosion.

🛠️ Key Components

1. Outer Body:

   • Made from mild steel, usually 1.2 to 1.6 mm thick.

   • Protected with epoxy/polyurethane coating for chemical resistance.

2. Inner Chamber:

   • Lined with chemical-resistant materials such as epoxy-coated panels, FRP (Fiber Reinforced Plastic), or phenolic resin.

3. Sash Window:

   • Typically made from tempered glass or polycarbonate, with vertical or horizontal sliding mechanisms.

4. Exhaust System:

   • Fitted with a blower/fan and ducting to evacuate fumes from the hood and safely discharge them.

5. Worktop:

   • Often constructed from granite, epoxy resin, or ceramic for chemical resistance and durability.

6. Lighting:

   • Internal fluorescent or LED lighting, typically vapor-proof.

✅ Benefits of Mild Steel Fume Hoods

• Economical compared to stainless steel or polypropylene versions.

• Strong and rigid structure for long-term use.

• Customizable in terms of size, ducting options, and coatings.

• Can be upgraded with scrubbers or filters for specific chemical processes.

Stainless Steel Fume Hood Chamber is a type of laboratory fume hood constructed primarily from high-grade stainless steel, offering durability, corrosion resistance, and cleanliness in environments where chemical resistance and hygiene are critical.
🛠️ Key Features

1. Stainless Steel Construction:

   • Highly resistant to corrosion, especially from acids, solvents, and oxidizers.

   • Smooth, non-porous surface resists contamination and is easy to clean.

   • Ideal for sterile or high-purity environments like pharmaceutical, chemical, or semiconductor labs.

2. Exhaust System:

   • Efficient airflow system ensures the safe removal of fumes from the working area.

3. Sash Window (Front Panel):

   • Usually made of tempered glass or polycarbonate.

   • Can be vertically or horizontally adjustable.

4. Interior Baffles:

   • Stainless steel airflow guides that help direct fumes to the exhaust outlet.

5. Lighting:

   • Integrated vapor-proof lighting ensures good visibility during operations.

6. Work Surface:

   • Often made of the same stainless steel or chemical-resistant resin.

Construction Material Stainless Steel (Grade - 304) 1 mm Thick 2 Blower Assembly Dynamically and Statically Balanced Motor Blower Assembly Eyyani make. 2800 RPM, Noise Level 80 db A 3 Nozzles Total 14 Nos. 2 at Top, 6 at Left, 6 at Right Side, Made of Stainless Steel Rotating and Adjustable Fixed either Side of Wall and Top Ceiling. 4 Blower CFM 1648 CFM (2800 M3/Hr.) 5 Velocity At Nozzle – 18 M/S (-/+ 2) 6 Air Flow Multi Directional Horizontal Vertical Recirculation 7 Class 10000 8 Interlocking of Doors Interlocking Facility of Doors, One Door Lock Automatically when Other Door is Opened with Electromagnetic Lock with Timer Setting 9 Flooring Stainless Steel (Grade – 304) 1.2 Thick 10 Door Stainless Steel Door, Swing by Door Closer, Entry Exit Doors – 2 Nos. and Frame made of Interlocking Facility, Half Covered with Glass and other Half Covered with Aluminum Composite Panel Sheet 11 Hinges and Handles Make Godrej / Harrison’s or Equivalent 12 Light Fluorescent LED Light 6W – 1 Nos. 13 Pre Filter Washable Pre Filter Down to 10 Microns, Particulate at an Efficiency of 90% Duly Tested, HDPE 3 Ply Filter 14 Hepa Filter HEPA Filter with Particulate of 99.997% with 0.3 Micron efficiency, Frame of Aluminum, Micro Fiber Glass Media, Epoxy Sealed, Non

L- Type Wall Side Lab Work Bench Size: - 2600+1850x750x800mm (LxDxH) •Frame made of 25x25mm ERW Sq. pipe and Body Made out of G.I powder coated • Top made of 16-17mm (± 1-2 Approx.) blacks Granite • Powder Coated 40-50 Micron • With Electrical Raceway • Keyboard stand Nos 3 • Data Point Nos 3 • Service Dropper Nos 1 • With storage • with Relevant Leg space (As Per Drawing) • Provision of Electric Socket