Lablst JSR-EVP series jacketed stainless steel reactors are designed as a multi-purpose reaction platform with controlled temperature and pressure environment. Each stainless steel jacketed reactor consists of SUS30408 stainless steel reaction vessel, mechanical seal, single layler paddle agitation, temperature probe and digital display, and other accessories like coiled condenser, bottom discharge valve and other accessories.

We offer 50L to 300L standard stainless steel jacketed multi-function reactors. Furthermore, this reactor can be customized according to different requirements, such as larger volume receiving tank, pneumatic motor, etc.

Specification

• Stirring Kettle:
• Temperature Range: 20℃~200℃
• Jacket Pressure: ≤0.05Mpa
• Internal Vessel Pressure: -0.1Mpa~Atm
• Net volume 50L
• Parts in contact with the material: S31603; The rest: S30408
• Mechanical seal
• Stirring power 750KW
• Frequency conversion speed regulation
• Circulating heating of jacket，40mm heat insulation layer outside the jacket
• Installed pressure gauge, thermometer
• One inlet, KF16, with one ball valve
• One gas protection port, KF16, with one ball valve
• Inlet and outlet of jacket DN25
• Condenser:
• Heat exchange area 1㎡
• Material S31603
• Inlet and outlet of refrigerant DN15
• Receiving Tank:
• Volume 30L
• Material S31603
• With observation window

Product Brochure

Data Sheet

All the Standard Shipping package will be delivery by standard logistics, such as DHL, FedEX, UPS, etc (shipping terms: DAP). We also provide Sea Shipping, please contact us (eshop@lab1st.com) or chat with us online for real-time shipping cost. Please note that we are day off on the weekends and holidays.

If the merchandise is in stock, we will ship it within 3 to 7 business days for Standard Shipping and about 20 to 30 business days for Sea Shipping. If it is out of stock, we will inform you the estimated delivery time according to different products. All orders will be processed within 2 days (handing time).

Q1: I want to discharge the liquid first and then the solid. Can you achieve this? How should the bottom valve be designed?
A1: Yes, we can design a stainless steel sintered mesh filter at the bottom of the stainless steel reactor, similar to the stainless steel sintered mesh filter at the bottom of the BHO extraction column; open the valve when draining the liquid, and remove the sintered mesh when removing solid particles.