| Parameter | Specification |
|---|---|
| Product Name | Evaporating Basin |
| Type | Flat Bottom |
| Material | High-quality Heat Resistant Glass / Porcelain (as applicable) |
| Construction | Thick wall, durable |
| Bottom Type | Flat |
| Pour Out | Yes |
| Colour | Transparent |
| Heat Resistance | Suitable for direct heating |
| Thermal Shock Resistance | Good |
| Chemical Resistance | Resistant to acids and common laboratory chemicals |
| Surface Finish | Smooth, glazed / polished |
| Usage | Evaporation, concentration and heating of liquids |
| Application | Chemical laboratories, educational labs, research labs |
| Reusability | Reusable |
| Cleaning | Easy to clean |
| Available Capacities | Multiple capacities available |
Product categories
- Accessories 3
- Educational Equipments 0
- Biology 0
- Chemistry 0
- Electronics 0
- Mathematics 0
- Physics 0
- Instruments 8
- Laboratory Essentials 36
- Laboratory Glassware 168
- Beakers 1
- Bottles 1
- Condensers/Assemblies 1
- Distillation Assemblies 13
- Flasks 61
- Fractionating Column 1
- Imhoff Cones 1
- Measuring / Volumetric Flask 1
- Measuring Cylinders 17
- Petri Dishes 1
- Pipettes/Burettes 15
- Separating / Dropping Funnels 1
- Sintered Glassware 1
- Tubes 16
- Volumetric / Graduated Glassware Burettes 37
- Metalware 1
- Clamps 0
- Laboratory Jacks 0
- Stands 0
- Tongs/Spatula 0
- Plasticware 1
- Beakers 0
- Bottles 0
- Dessicators 0
- Funnels 0
- Jugs/Cylinders 0
- Rubberware 2
- Cone 0
- Cork 0
- Rubber Bulb/Pipette Bulb 0
- Tubing 0
Evaporating Basin – Flat Bottom with Pour Out
Model No:
LBX-1213
Category: Flasks
Evaporating Basins with flat bottom and pour out spout are designed for controlled evaporation, heating and safe decanting of liquids in laboratory applications. The flat base ensures stable heating, while the integrated pour out allows smooth and spill-free transfer of contents. Suitable for routine laboratory work, educational labs and research facilities, these basins provide excellent thermal resistance, durability and ease of handling during evaporation processes.

