Storage Rack for Chemicals
December 19, 2024
Almirah Steel
December 19, 2024
Tissue Culture Racks For Plant Tissue Culture In Pre-Hardening Units
| Material | Mild Steel |
| Model | 160 |
| Notes | Image is for reference purpose only |
| Number of Racks | 5 racks |
| Size | Rack: 48×21 inch |
| Voltage | 220/230 V 50 cycles AC |
Related products
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Chemical Storage Cabinet
Material of Construction:
- Galvanized Iron Sheet (G.I.) outer construction with 0.5mm
- Chemical resistance PP FRP sheet inner lining.
Accessories & Others
- Inner lining with chemical resistance PP FRP 0.5mm sheet.
- Our Standard sizes (Length & Height in mm size) of modules are: Length–750/900/1000mm & Height – 1200 / 1800 or as percustomer’s requirement
- Standard depth of our cabinets is 450mm
- Cabinets are available in 4 door with 5mm toughen glass
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Blood or Fluid Warming Cabinet
- Temperature range: Fluid warming cabinet temperature range remains between ambient+5°C to 90°C.
- Temperature control: The temperature is controlled through PID controller device which is supported by PT100 temperature sensor. This imported controller keeps the temperature accuracy precise.
- Construction: Interior of our fluid warming cabinets are made of stainless steel 304 and exterior is made of powder coated GI sheet. We also make all stainless steel cabinets as an option. Glass wool is used at insulation that minimizes thermal loss and keeps the unit energy efficient.
- Storage: Steel wire mesh cable shelves are standard accessories come with each fluid or blanket warmer; in addition, we also provide basket type sliding drawers as option.
- Air Circulation: Each warming cabinet is equipped with forced air circulation mechanism. A motor driven blower is fitted either top or rear side. It circulates heated air and keeps temperature uniform across the chamber.
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Bar & Gauge Apparatus For Laboratory
The Bar and Gauge apparatus is a laboratory tool used to measure the density and specific gravity of liquids. The apparatus consists of a glass U-tube filled with the liquid to be measured and a set of weights or a float attached to a gauge arm. The U-tube is first filled with the liquid, ensuring that any air bubbles are removed.
The weights or float are then attached to the gauge arm and the assembly is placed in the U-tube. The gauge arm is adjusted until the weights or float are balanced and the density or specific gravity is read from the scale on the arm.
