10L lab jacketed glass reactor (supreme quality GG17 or GG3.3 glass ,321 SS material,PTFE sealing,1~100L available,10days DT)
Place of Origin:Shaanxi China (Mainland) | Brand Name:ROCTEC | Model Number:SF-10D | Volume:10 L |
Stirring power:120 W | Stirring speed:50~600r/min | Torque:162 N.cm | Heating power:3.1 KW(220V) |
Positive pressure:-0.096 Mpa | Dimension of the whole body:480*660*2270mm | N.W.:60 kg |
- The introduction of the products special properties
1. It adopts AC frequency control of motor speed So the rev is steady , no spark appear, wide moment, safe, and can be used as the constant working.
2. All sets of glass apparatus are made up of GG17 or GG3.3 with the double jacketed structure. The thickness of the glass is 5-7 mm with good chemical and physical properties.
3. The teflon components sealing method makes it in a state of high vacuum ,anti-acid and anti-alkali.
4. It can work under the ordinary pressure and positive pressure and can reach the -0.098Mpa positive pressure.
5. Constant temperature and numerical control oil bath pan, with beautiful and anti-corrosion stainless steel inner tube ,is controlled by the micro-computer which makes it work accurately, low fluctuation and conveniently.
Five-mouth plane flange reactor cap is connected by the PTFE and is demounted easily with the characteristics of good sealing ,anti-acid and anti-alkali.
6. The reactor stirring bar’s inner bellycore is made from the 321 stainless steel specially ,covered by the PTFE tube which has the strong ability to anti-acid and anti-alkali. The bar is manufactured by the application of military industrial technology, so it boasts finer work and is operated with facility.
7. The drain hole contains the flange mouth and the PTFE drain valve which leave no dead angle and rudimental material. The whole set of drain valve can be easily demount and the inside reactor can be cleared conveniently.
8. The real time temperaturanzeige
- The introduction of the production function
The double –glass reactor realizes “one tractor severs several purposes” in the experiment, satisfying diversify of aspects of different tests. It can be used for the following reactions:
Vacuum stirring reaction
2. High-temperature and low-temperature reaction
3. Constant speed running mixing reaction
Distillation , refluence and condensation reaction.
Negative pressure operation and separation
4. To do the rectify through assembling the rectifying pillar
Assembly the production line in accordance of the specific demands.
5. Customize new products based on clients’ different demands.
- The detailed configure of the reactor:
- The standard configure for the 10L double jacketed glass reactor:
No. | Part name | Quantity | Introduction |
1 | Double-glass reactor body | 1 | available capacity: 10L |
2 | Stirring motor | 1 | Speed: 0-600roll/min (adaptable) |
3 | Speed controller | 1 | Digital display function (continuously viable) |
4 | 4-mouth reactor cap | 1 | For use with the reactor body |
5 | Reactor shelf | 1 | Support the body |
6 | Condensator | 1 | Distillation condensation |
7 | PTFE feeding | 1 | Drain the material (can be demounted) |
8 | Thermometer bushing | 1 | Contain the Thermometer |
9 | PTFE stirring bar | 1 | Stainless steel inner core,covered by the PTFE anti-corrosion |
10 | Vacuum chock plug | 2 | Used for sealing |
11 | Vacuum exhaustion plug | 1 | Used to extract the air of the reactor to form the vacuum state |
12 | Recycling oil bath pan | 1 | Controled by the micro-computer ,to supply the high-temperature heat resource (it also has the recycling system, max +300°C) |
- The detailed configure of the high-temperature recycler for 1L/2L/3L reactor:
Mould | Capacity(L) | Tem range(°C) | Tem fluctuation(°C) | Pumping flow(L/min) | Head of delivery(M) | Total power(KW) | Voltage(V) | Size(mm) | Assorted capacity(L) |
GX-2015 | 15 | room~300 | ±0.2 | 15 | 4 | 3.1 | 220 | 320×380×510 | 10 |
Packaging Detail:1:The standard exporting package. 2:The customized package is also available. |
Delivery Detail:Within 7-10days from the second working day of the deposit |