08045477894

SS Lab Reactor Vessel

SS Lab Reactor Vessel Specification

Product Type
Lab Reactor Vessel

General Use
Chemical and Pharmaceutical Laboratory Applications

Material
Stainless Steel (SS 304/316)

Capacity
1 Liter to 20 Liters

Weight (kg)
15-40 kg (varies by capacity)

Computerized
No

Automatic
Semi-Automatic

PLC Control
Optional

Mixer Type
Mechanical or Magnetic Stirrer

Heating System
Oil Heated/Water Heated/Electric Heating Jacket

Shaft
Stainless Steel Shaft

Drive Type
Motor Driven

Voltage
220-240 V

Motor
0.25 HP to 1 HP AC Motor

Dimension (L*W*H)
Variable (Customized as per requirement)

Packaging Material
Wooden Box/Export Quality Packing

Feature
Corrosion Resistant, Leak Proof, Easy to Clean

Color
Silver

Glass View Port
Optional

Sealing Type
Mechanical Seal or Gland Packing

Stirring Speed
0-1400 RPM (Variable by Motor)

Compliance
cGMP, ISO Certified

Surface Finish
Mirror or Matt Finish

Nozzle Configuration
Multiple Nozzles for Inlet/Outlet, Sampling, Temperature, Pressure

Lid/Bowl Closure
Clamp Type or Flange with Bolt

Jacketed Option
Available for Thermal Control

Design Temperature
Up to 200°C

Mounting
Floor or Table Top Mounted

Operating Pressure
Atmospheric to 3 Bar

Safety Features
Pressure Relief Valve, Temperature Sensor

SS Lab Reactor Vessel Trade Information

Supply Ability
10 Per Day

Delivery Time
7 Days

About SS Lab Reactor Vessel

Backed with a team of well-experienced and diligent professionals, we are actively involved in presenting the finest SS Lab Reactor Vessel to innumerable industries like chemical, pharmaceutical, agriculture, etc. This type of vessel is designed to contain and control the reaction of chemical. Such vessel is made of top-grade stainless steel with up-to-date casting and welding technique that guarantee its superior impact resistance, mirror surface finish, rust formation resistance and durability. The SS Lab Reactor Vessel varies in capacities, shapes and grades.

Robust Construction and Versatile Capacity

Made from high-grade stainless steel (SS 304/316), these reactor vessels assure corrosion resistance and easy maintenance. The vertical cylindrical design accommodates volumes from 1 to 20 liters, suitable for diverse lab scales. Optional mirror or matt finishes offer both aesthetic and functional enhancements. Each vessel is engineered with customizable dimensions, ensuring seamless integration into different laboratory environments.

Safety and Operational Features

Prioritizing lab safety, the reactor vessels come equipped with a pressure relief valve and integrated temperature sensor. The closure systemsclamp type or flange with boltenable secure containment during high-temperature or high-pressure reactions. Multiple nozzle configurations support sampling, temperature, and pressure management. Optional glass view ports facilitate real-time observation without compromising safety.

Flexible Stirring and Heating Solutions

With variable stirring speeds from 0 to 1400 RPM and a choice between mechanical and magnetic stirrers, users can adapt mixing intensity to process needs. The vessels heating system offers oil, water, or electric jacket options, providing uniform thermal control for precise reaction management. Mounting flexibility (floor or table top) allows easy placement according to workflow requirements.

FAQs of SS Lab Reactor Vessel:

Q: How do you operate the SS Lab Reactor Vessel safely during high-temperature or high-pressure experiments?

A: You should ensure the vessels clamp or flange lid is securely fastened before starting any procedure. Utilize the included pressure relief valve and temperature sensor to monitor and control operating conditions, keeping within the specified design parameters (up to 200C and 3 bar). These features are designed to maintain safe lab conditions during chemical or pharmaceutical reactions.

Q: What are the steps to clean and maintain the SS Lab Reactor Vessel after usage?

A: After use, disconnect power and allow the vessel to cool. Open the lid closure (clamp or bolt flange) and remove any residual materials. The mirror or matt-finished stainless steel surface can be cleaned with suitable solvents or detergents. Ensure all seals (mechanical or gland packing) and nozzle ports are inspected and rinsed thoroughly to maintain leak-proof operation and hygiene standards.

Q: Where can the SS Lab Reactor Vessel be installed in a laboratory setup?

A: This vessel is designed for flexible deployment and can be installed either on the floor or on a table top, depending on space and workflow requirements. Its customizable dimensions and mounting options make it suitable for various lab environments, facilitating easy access and operation for diverse chemical and pharmaceutical procedures.

Q: What benefits does the jacketed option provide for thermal control during reactions?

A: The jacketed option enables precise regulation of reaction temperature by allowing circulation of oil, water, or electric heaters around the vessel. This feature is essential for reactions requiring consistent thermal management, enhancing experimental accuracy and repeatability, and preventing thermal shock to sensitive compounds.

Q: How is the mixing intensity controlled in the SS Lab Reactor Vessel?

A: Mixing intensity is controlled via a motor-driven stirrer with an adjustable speed range of 0 to 1400 RPM. Users can select either a mechanical or magnetic stirrer depending on their process requirements. This flexibility supports optimal dispersion, blending, and reaction kinetics for a wide range of laboratory applications.

Q: What certifications does the SS Lab Reactor Vessel comply with, and how does this benefit users?

A: The vessel is manufactured in compliance with cGMP and ISO standards, ensuring product quality, safety, and reliability. These certifications help laboratories meet regulatory requirements and maintain high standards in chemical and pharmaceutical research and manufacturing.

Q: Which industries and applications benefit most from the SS Lab Reactor Vessel?

A: This reactor vessel supports chemical synthesis, pharmaceutical formulation, and other related laboratory processes. Its robust construction, multiple safety features, and adaptability make it ideal for research, development, and small-scale production in chemical, pharmaceutical, and academic institutions.

Tell us about your requirement