Laboratory Reactor

Product Introduction

Laboratory ReactorThere are many types of reactors, and our company has more than ten types. According to the material of the reactor body, it can be divided into glass reactors, stainless steel reactors, Hastelloy alloy reactors, titanium alloy reactors, and Monel alloy reactors. The material selection should be based on whether the reactants and products are corrosive. According to the stirring form, it can be divided into mechanical stirring and magnetic stirring. The difference between the two is the viscosity of the reaction medium. Generally, magnetic stirring is used for those with low viscosity, while mechanical stirring is used for those with high viscosity.Laboratory ReactorThere are many types, you can consult by phone to recommend a more suitable reaction vessel for you.

Technical Specifications

1. Reaction volume: 10ml, 25ml, 50ml, 100ml, 500m, 1L, 2L and other volumes (optional)

2. Design pressure: 5-40MPa (optional)

3. Design temperature: 200~450 ℃ (optional)

4. Material of the kettle body: quartz glass/316L stainless steel/titanium/Hastelloy/Monel alloy (optional)

5. Valve and connection material: 316L stainless steel/Hastelloy (optional)

6. Inner lining material of reaction vessel: polytetrafluoroethylene/quartz glass/PPL/corundum (optional)

7. Mixing power: 25W-100W depending on the model

8. Heating power: 300W-1000W depending on the model

9. Heating method: electric heating/thermal oil heating

10. Mixing humidity: 0-1500RPM, accuracy ± 5RPM

11. Power supply: 220V, 50HZ

12. Insulation coefficient: ≥ 500 MHz when relative humidity ≤ 35%

13. Working hours: 72 hours of continuous work per session

14. Mixing blade style: Anchor/Spiral/Fan blade (for mechanical mixing vessels)

15. Stirring Material: Polytetrafluoroethylene Stirring Element