Model | SE-250 | SE-500 | SE-1000 | SE-2000 | SE-3000 | SE-5000 | SE-10000 | SE-20000 |
Glass Soxhlet Serpentine | SE250 | SE500 | SE1000 | SE2000 | SE3000 | SE5000 | SE10000 | SE20000 |
Glass Soxhlet extraction | SE250 | SE500 | SE1000 | SE2000 | SE3000 | SE5000 | SE10000 | SE20000 |
Glass Soxhlet Collection Bottle | 0.25L-24/29-19/26 | 0.5L-24/29-19/26 | 1L-29/32-24/29 | 2L-29/32-24/29 | 3L-29/32-24/29 | 5L-29/32-24/29 | 10L-40/38-24/29 | 20L-40/38-24/29 |
Glass Soxhlet thermometer | 0.25L-19/26 | 0.5L-19/26 | 1L-24-29 | 2L-24-29 | 3L-19/29 | 5L-19/29 | 10L-24-29 | 20L-24-29 |
Iron platform (mm) | 250*100 | 300*200 | 400*300 | 450*400 | ||||
Four claw clamp (mm) | / | 10 | ||||||
Three-jaw clamp (mm) | 10 | / | ||||||
German style cross clip (mm) | 20 | |||||||
Heating mantle | ZNHW-250ml | ZNHW-500ml | ZNHW-1000ml | ZNHW-2000ml | ZNHW-3000ml | ZNHW-5000ml | ZNHW-10000ml | ZNHW-20000ml |
♣1.New High Borosilicate 3.3 Material
High temperature resistance, corrosion resistance, high light transmit-tance, and low thermal expansion coefficient. lt has high strength and hardness, good wear resistance, and is not easily deformed or cracked. It is strong, durable, and remains stable over time
♣2.Customizable Services Available
Customization can be provided based on the characteris
♣1.Extraction flask:
Typically around-bottom flask used to hold thesolvent and for heating.
♣2.Condenser: Connected above the extraction flask, it condenses the gaseous solvent back into liquid form, which then returns to the ex-traction tube.
♣3.Extraction tube or funnel:
Locatedbelow the condenser,it contains the solid sample to be extracted and has a siphon tube at the bottom to create a siphon effect.
♣4.Filter paper cartridge or filter bag:
Used to wrap the solid sample, ensuring that only the solution containing the target compound passes through into the extraction flask.
♣1.Wrap the sample in defatted filter paper and place it in the extraction tupe
♣2.Add an appropriate solvent such as petroleum ether, to the extraction flask
♣3.Heat the extraction flask to evaporate the solvent.causing it to rise to the condenser
♣4.The condensed solvent drips into the extraction tube, continuously washing the sample
♣5.When the solvent in the extraction tube reaches a certain level, it automatically flows into the extraction flask through the siphon tube
♣6.Repeat this cycle until the soluble components in the sample are fully extracted