G R F Dynamic Engineering

We are dealing with a Stainless Steel Jacketed Mixing Vessel (1000L to 10KL) is a container designed to mix liquids or semi-solids while precisely controlling their temperature through a surrounding "jacket" that allows a heating or cooling fluid to circulate, enabling precise temperature regulation during the mixing process; essentially, it's a mixing tank with a double wall where the space between the walls is used to circulate a temperature control fluid to heat or cool the mixture inside.
Stainless Steel Jacketed Mixing Vessel (1000L to 10KL)
Description:
A Stainless Steel (SS) Jacketed Mixing Vessel is a high-quality industrial-grade container designed for efficient mixing, heating, or cooling of liquid or semi-liquid products. These vessels are widely used in pharmaceutical, chemical, food, cosmetics, and beverage industries. The jacketed design allows temperature control through circulation of heating or cooling media such as steam, water, or thermal oil.  
Key Features:
Capacity Range: 1000 Liters (1 KL) to 10,000 Liters (10 KL)
Material: SS 304 / SS 316 / SS 316L (depending on product compatibility)
Construction: Cylindrical body with dished ends or flat-bottom, vertical or horizontal orientation
Jacket Type: Dimple jacket or plain jacket for heating/cooling
Agitator/Mixing Mechanism:
Anchor, paddle, turbine, or high-shear mixer
Variable speed motor with gearbox (optional VFD control)

Insulation: Mineral wool or polyurethane foam, covered with SS cladding
Finish: Mirror or matte finish (internal and external as required)
Working Pressure: Atmospheric to 6 bar (can be customized)
Temperature Range: -10°C to +150°C (as per design)
Mounting: Skid-mounted or leg-supported with adjustable feet
Standard Accessories:
Manhole with cover
CIP/SPRAY ball for cleaning
Thermowell with temperature sensor
Pressure gauge and safety valve
Sampling valve
Level indicator or sight glass
Drain valve (flush bottom or side outlet)
Control panel (optional, with temperature & RPM controls)
Optional Features:
PLC-based automation
Load cell system for weight measurement
Vacuum capability for deaeration
Explosion-proof motor for hazardous areas
Multiple inlet/outlet nozzles
Flameproof instrumentation (for hazardous environments)