G R F Dynamic Engineering

A 500l to 15kl SS (Stainless Steel and mild steel) Mixing Tank is a large-capacity vessel designed for the mixing, blending, or agitating of liquids, chemicals, food products, or other materials. The tank is widely used in industries like food and beverage, pharmaceuticals, chemicals, and cosmetics.

SS (Stainless Steel) Jacketed Mixing Tanks are industrial-grade tanks used for mixing, blending, and temperature-controlled processing of liquids or semi-solids. These tanks are widely used in pharmaceutical, chemical, food & beverage, cosmetic, dairy, and oil industries. The jacket allows for heating or cooling through water, steam, or thermal oil circulation.

 

Description:

 

A jacketed tank has a secondary outer shell (jacket) surrounding the main tank shell.

 

Heating/cooling medium flows through the jacket to maintain desired product temperature.

 

Comes with agitator/mixer, often powered by a motor with a gearbox.

 

Designed for homogeneous mixing and temperature-sensitive operations.

 

MOC (Material of Construction):

 

Component Material

 

Inner Tank SS304 / SS316 / SS316L

Outer Jacket SS304 / MS (mild steel)

Agitator Shaft & Blades SS304 / SS316

Frame/Structure SS304 / MS (optional paint/coated)

Insulation (if any) Glass Wool / Mineral Wool

Outer Cladding (optional) SS304 or Aluminum Sheet

 

 

 

Specifications (Typical Range for 0.5 KL to 15 KL):

 

Feature Value / Range

 

Capacity 500 L to 15,000 L

Design Pressure (Jacket) Up to 5-6 kg/cm² (Steam/Hot Water)

Working Temperature -10°C to 150°C (depends on application)

Agitator Type Anchor, Turbine, Propeller, or High-Speed Homogenizer

Agitator Speed 10 – 100 RPM (variable or fixed)

Drive System Gearbox with motor – 0.5 HP to 10 HP based on tank size

Insulation Optional – 25–50 mm insulation for temperature control

Top / Bottom Dish Type Conical / Flat / Torispherical ends

Mounting Type Skid-mounted / Leg-mounted / Platform mounted

Manhole Provided for cleaning/inspection

Nozzles Inlet, Outlet, Vent, Temperature Probe, CIP, Drain, etc.

Finish Internal – Mirror / Electro-polished, External – Matte

 

 

Additional Options:

 

CIP/SIP System Integration (Cleaning/Sterilization In Place)

 

Load Cells for batch weighing

 

Temperature Sensors / RTDs

 

VFD (Variable Frequency Drive) for speed control

 

Level Indicators / Sight Glass

 

Control Panel with Automation (PLC/SCADA)

 

Pressure Relief Valve for safety

Applications:

Pharmaceutical: Syrup, suspension, IV fluids

Food: Milk, sauces, juices, oil blends
Cosmetics: Creams, lotions, gels
Chemical: Emulsions, detergents, solvents

We are dealing with a Low-pressure reactor vessel (CAPACITY RANGE 1KL to 10kl)depends on the intended application (e.g., chemical, pharmaceutical, nuclear), operating conditions, and standards (such as ASME, IS, or DIN). Below is a general specification outline that can be customized:
we are dealing with SS LOW PRESSURE REATOR VESSEL
Low Pressure Reactor Vessel Specification
1. Design Standards:
ASME Section VIII, Division 1 (Boiler and Pressure Vessel Code)
IS 2825 (Indian Standard for Unfired Pressure Vessels)
API 650/620 (for tanks/reactors if applicable)

2. Design Pressure:
Typically ≤ 1 barg (14.5 psig)
Can be atmospheric to ~2 barg depending on definition of "low pressure"

3. Design Temperature:
Specify minimum and maximum (e.g., -20°C to 150°C)

4. Capacity/Volume:
As per process requirement (e.g., 500 liters, 2000 liters, etc.)

5. Material of Construction (MOC):
Carbon steel (e.g., SA 516 Gr. 70)
Stainless steel (SS304/SS316) for corrosive applications
Lined vessels (glass-lined, PTFE-lined) for aggressive chemicals

6. Corrosion Allowance:
Typically 1.5 mm to 3 mm

7. Vessel Type:
Vertical/horizontal cylindrical with dish ends (torispherical or hemispherical)

8. Mounting Type:
Skirt support, leg support, or saddle support

9. Nozzles and Openings:
Inlet, outlet, manhole, vent, drain, safety relief valve, thermowell, pressure gauge
Flanged or threaded connections per ANSI B16.5

10. Internal Components:
Agitator (optional), baffles, spargers, heating/cooling coils or jackets

11. Surface Finish:
Internal: 0.4 – 0.8 µm Ra for pharma/food grade
External: Sandblasted or painted (as required)

12. Testing:
Hydrostatic test: 1.3 to 1.5 times the design pressure
Non-destructive testing (NDT): RT/UT/MPI as required
Pneumatic test for leak detection (optional)

13. Documentation:
Material test certificates (MTCs)
QA/QC plan
Weld maps and NDT reports
Pressure test certificate
Operating and maintenance manual

14. Accessories (Optional):
Pressure/temperature indicators
Level sensors
Load cells
Control panel (for automated operation)


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If you have a specific industry or use-case in mind, I can tailor the specification further.

A Medicine Mixing Tank (SS304 / SS316) is a high-grade stainless steel processing vessel designed for hygienic, contamination-free blending of pharmaceutical syrups, suspensions, liquid medicines, ointments, and other formulations. These tanks are engineered to meet stringent pharmaceutical manufacturing standards such as GMP and are widely used in pharmaceutical, biotech, nutraceutical, and cosmetic industries.

🔹 Material of Construction SS304 (Stainless Steel 304)

• Food and pharma grade stainless steel

• Good corrosion resistance

• Suitable for general liquid medicine preparation

• Cost-effective option

SS316 (Stainless Steel 316)

• Contains molybdenum for enhanced corrosion resistance

• Superior resistance to chemicals, acids, and saline solutions

• Ideal for sensitive, reactive, or high-purity pharmaceutical formulations

• Preferred for injectable and sterile products

Both materials are non-reactive, rust-resistant, durable, and easy to clean.

🔹 Capacity Range

• Small scale: 50 Liters – 200 Liters

• Medium scale: 300 Liters – 1000 Liters

• Large scale: 1500 Liters – 10,000 Liters or customized

🔹 Construction Features 1. Tank Body

• Cylindrical vertical design

• Dished top and bottom

• Mirror finish inside (0.4–0.6 Ra) for hygiene

• Matt or polished outer finish

2. Agitation System

• Top-mounted or bottom-mounted agitator

• Variable speed motor with gearbox

• Types of impellers:

  • Propeller type (for low viscosity liquids)

  • Anchor type (for semi-liquids)

  • Turbine type (for high mixing efficiency)

3. Heating & Cooling System

• Steam jacket or electric heating system

• Temperature control panel

• Insulation layer (mineral wool / PUF)

• Cooling jacket for temperature-sensitive medicines

4. Control Panel

• Digital temperature indicator

• RPM control

• On/Off switches

• Optional PLC based automation system

5. Safety & Utility Fittings

• Pressure safety valve

• Sampling valve

• CIP (Clean-In-Place) spray ball

• Manhole with sight glass

• Level indicator

• Bottom discharge valve

🔹 Working Principle

The medicine ingredients are loaded into the tank through the top inlet. The agitator rotates at controlled speed to create uniform mixing. If required, heating or cooling is applied through the jacket system to maintain specific temperature conditions. The finished mixture is discharged through a bottom outlet valve.

🔹 Applications

• Syrup manufacturing

• Liquid oral formulations

• Suspension preparation

• Ointment and gel mixing

• Herbal and Ayurvedic medicine preparation

• Cosmetic lotion production

🔹 Advantages

• Hygienic and contamination-free operation

• Corrosion resistant and durable

• Easy cleaning and maintenance

• Uniform mixing performance

• Customizable design

• Long service life

🔹 Optional Add-ons

• Vacuum system

• Load cell weighing system

• Homogenizer attachment

• Flameproof motor

• Skid-mounted structure

• Automatic dosing system

We are dealing with  "homogeneous mixing tank" (capacity range from 500l to 20kl) is a specialized vessel designed to thoroughly blend different liquids or solids together, creating a uniform mixture where all components are evenly distributed throughout, essentially achieving a consistent composition with no visible separation; this is achieved through the use of an agitator that creates vigorous mixing within the tank, making it ideal for processes requiring precise ingredient distribution in the final product. 

A homogeneous mixing tank is a vessel used in various industrial and laboratory processes to ensure that multiple components (liquids, solids, gases) are thoroughly and uniformly mixed into a single, consistent mixture. Here's a concise description: 
Homogeneous Mixing Tank – DescriptionA homogeneous mixing tank is a specialized container designed to blend substances into a uniform solution or mixture. It typically consists of a cylindrical tank equipped with an agitator or impeller, which continuously stirs the contents to maintain uniformity. These tanks are widely used in chemical processing, food and beverage production, pharmaceuticals, and wastewater treatment. Key features include:Agitation system: Ensures even distribution of components and prevents settling or stratification.Baffles: Internal structures that improve mixing efficiency by disrupting flow patterns.Material: Often made of stainless steel or other corrosion-resistant materials.Heating/Cooling jackets (optional): Allow temperature control during mixing.The goal is to achieve a homogeneous mixture, meaning the composition is consistent throughout the tank at any given time.
Homogeneous Mixing Tank – Specifications
Parameter SpecificationTank Capacity 100 – 10,000 liters (customizable)Tank Material SS304 / SS316 Stainless Steel (based on application)Mixing Type Mechanical agitation (impeller, turbine, or paddle type)Impeller Speed 50 – 500 RPM (variable speed via VFD)Motor Power 0.5 – 10 kW (depending on tank size and viscosity)Baffles 3–4 vertical baffles to enhance mixingAgitator Mounting Top or side-mounted motor and shaftTemperature Control Optional heating/cooling jacket or coilWorking Temperature Up to 150°C (with insulation and heating jacket)Working Pressure Atmospheric or pressurized (0 – 5 bar)Surface Finish Mirror polish (pharmaceutical), or 2B finish (industrial)Inlet/Outlet Nozzles As per process requirement (e.g., tri-clamp, flange)Level Indicators Sight glass, level transmitter, or float gaugeCleaning System CIP (Clean-in-Place) system compatibleControl System Manual or PLC-based with touchscreen HMI

SS304/SS316 Chach (Batch) Mixing & Storage Tanks — what they are, how they differ, and how to choose the right one.

��️ What Is an SS Mixing & Storage Tank?

An SS304/SS316 Chach Mixing Storage Tank is a stainless-steel vessel used to mix, blend, and store liquids or semi-liquids in industries like dairy, food processing, pharmaceuticals, cosmetics, chemicals, and beverages.

These tanks often have:

• Mixing agitators (manual or motor-driven)

• Insulation (optional)

• Manways and nozzles

• Level indicators

• Drain valves

• Heating or cooling jackets (for temperature control)

They are designed to be sanitary, corrosion-resistant, and robust for regular industrial use.

�� SS304 vs. SS316 — What’s the Difference?

• SS304 — excellent general-purpose option.

• SS316 — preferred if the product has high acidity, salt content, or strict hygiene needs.

�� Key Components of a Chach Mixing Tank

1. Tank Body (Shell)

   • Cylindrical with flat or dished ends

   • Thickness based on capacity and pressure needs

2. Agitator / Mixer

   • Top-mounted motor

   • Propeller / turbine / paddle blades

   • Controls blending consistency

3. Inlets & Outlets

   • Feed inlet

   • Product outlet with sanitary valve

4. Heating/Cooling Jacket (Optional)

   • For temperature-controlled processes (e.g., pasteurization)

5. Level Indicator

   • Sight glass or sensor

6. Manway & Access Ports

   • For cleaning & inspection

�� Typical Capacities

Common capacities (can be customized):

• 100 L – 5000 L

• Larger capacities available for bulk industrial use

�� How to Choose the Right Tank

1. Product Type

• Water/low-corrosion: SS304

• Acidic/saline: SS316

2. Capacity Requirement

• Based on production volume

3. Temperature Needs

• Heating/cooling jackets if thermal control needed

4. Mixing Requirements

• Gentle stirring vs. high-shear mixing

5. Surface Finish

• Mirror polish (≥ 180 grit) for strict hygiene

• Standard polish for general use

�� Applications

✅ Dairy (milk, yogurt, ghee, paneer)
✅ Food & beverage (juices, sauces)
✅ Pharmaceuticals & cosmetics
✅ Chemicals & specialty fluids
✅ Water treatment & storage

�� Advantages

✔ Corrosion resistant
✔ Easy to clean & maintain
✔ Long service life, Etc

We,GRF Dynamic Engineering, are one of the foremost manufacturers and exporters an extensive array Our offered range consists of best grade Horizontal Storage Tanks
A horizontal stainless steel tank of 10,000 litres (10 KL) is commonly used for storage of water, chemicals, oils, beverages, and dairy products. Below are the typical specifications and details:
�� Basic Specifications
Parameter Typical Value / Range
Capacity 10,000 litres (10 KL)Orientation Horizontal cylindricalMaterial SS304 or SS316 (depending on usage)Thickness 3 mm to 6 mm (depends on pressure & use)Shape Horizontal with dished ends or flat endsLength Approx. 3.5 – 4.5 metersDiameter Approx. 1.6 – 2 metersMounting Saddle support or skid mountedManhole Top or side (400-500 mm dia)Inlets/Outlets As per process requirement (DN50, DN80, etc.)Finish Mirror / Matt / 2B / Glass bead blast finishInsulation (Optional) PUFF / Rockwool with SS claddingPressure Rating Atmospheric or custom for pressure tanks

�� Optional Features
Agitator / Mixer (if for process use)
Heating/Cooling Jacket (for temperature-sensitive material)
Level Indicator / Sight Glass
CIP / SIP Nozzles
Drain Valve
Ladder & Platform
�� Applications
Dairy (milk storage)
Food & beverages
Pharmaceuticals
Chemicals (non-corrosive or corrosive)
Water storage (RO, DM, potable)
Edible oils
�� Estimated Weight
Varies by design but generally ~700 to 1200 kg (bare tank) depending on SS grade and thickness.

We are dealing with  A SS Reactor Vessel (1KL to 10KL)
Stainless steel reactor vessels are specially designed industrial containers used for chemical reactions under controlled temperature and pressure conditions. Made from high-grade stainless steel (typically SS304 or SS316), these vessels offer excellent corrosion resistance, durability, and hygiene. They are widely used in pharmaceuticals, chemicals, food processing, and cosmetic industries.

The vessels are equipped with jackets or limpet coils for heating/cooling purposes and often include agitators or stirrers for uniform mixing. Their robust construction ensures safe operation under pressure and vacuum conditions.
Parameter Specification
Capacity Range 1000 Liters (1KL) to 10000 Liters (10KL)Material of Construction (MOC) SS304 / SS316 / SS316L (depending on application)Design Type Vertical cylindrical with dished top and bottomWall Thickness 4 mm to 12 mm (as per design pressure and capacity)Agitator Type Anchor / Turbine / Propeller / Helical / Paddle (customizable)Motor Power 1 HP to 15 HP (depending on capacity and viscosity of product)Mixing Speed 20 RPM to 150 RPM (variable speed optional)Jacket Type Full / Partial Jacket or Limpet CoilHeating/Cooling Medium Steam / Hot Water / Chilled Water / OilDesign Pressure 3 Kg/cm² to 15 Kg/cm² (custom design available for higher pressure)Internal Surface Finish Mirror / Electro-polished / MatteExternal Finish Matte / Buffed / 2B / Mirror (optional)Manhole Provided with lifting handle, clamp or bolted typeNozzles & Ports Inlet, Outlet, Vent, Pressure Gauge, Temperature Sensor, Sight Glass etc.Mounting Leg / Skirt / Saddle mounted (as per requirement)Control System Optional – Digital/PLC-based control for automationCertifications GMP / ISO / ASME / CE (based on client requirement)Stainless steel reactor vessels are specially designed industrial containers used for chemical reactions under controlled temperature and pressure conditions. Made from high-grade stainless steel (typically SS304 or SS316), these vessels offer excellent corrosion resistance, durability, and hygiene. They are widely used in pharmaceuticals, chemicals, food processing, and cosmetic industries.
The vessels are equipped with jackets or limpet coils for heating/cooling purposes and often include agitators or stirrers for uniform mixing. Their robust construction ensures safe operation under pressure and vacuum conditions.
Specifications – SS Reactor Vessel (1KL to 10KL)
Parameter Specification
Capacity Range 1000 Liters (1KL) to 10000 Liters (10KL)Material of Construction (MOC) SS304 / SS316 / SS316L (depending on application)Design Type Vertical cylindrical with dished top and bottomWall Thickness 4 mm to 12 mm (as per design pressure and capacity)Agitator Type Anchor / Turbine / Propeller / Helical / Paddle (customizable)Motor Power 1 HP to 15 HP (depending on capacity and viscosity of product)Mixing Speed 20 RPM to 150 RPM (variable speed optional)Jacket Type Full / Partial Jacket or Limpet CoilHeating/Cooling Medium Steam / Hot Water / Chilled Water / OilDesign Pressure 3 Kg/cm² to 15 Kg/cm² (custom design available for higher pressure)Internal Surface Finish Mirror / Electro-polished / MatteExternal Finish Matte / Buffed / 2B / Mirror (optional)Manhole Provided with lifting handle, clamp or bolted typeNozzles & Ports Inlet, Outlet, Vent, Pressure Gauge, Temperature Sensor, Sight Glass etc.Mounting Leg / Skirt / Saddle mounted (as per requirement)Control System Optional – Digital/PLC-based control for automationCertifications GMP / ISO / ASME / CE (based on client requirement)

ALKATARA (COAL TAR) COAL MIXING TANK – MS IS2062

(Technical Description – Approx. 3950 Characters)

An Alkatara (Coal Tar) Coal Mixing Tank fabricated from MS IS2062 is a heavy-duty mild steel vessel designed for storage, heating, and continuous mixing of coal tar, bitumen blends, and tar-based compounds. These tanks are widely used in road construction plants, waterproofing industries, bitumen processing units, coating manufacturers, and infrastructure projects where viscous, high-temperature materials require uniform mixing and controlled heating.

MS IS2062 (Grade E250/E350) is an Indian Standard structural steel known for high tensile strength, excellent weldability, durability, and cost-effectiveness. Its mechanical strength and fabrication suitability make it ideal for atmospheric storage and mixing tanks operating at elevated temperatures.

Material of Construction (MOC):
Shell, bottom, and roof plates are fabricated from MS IS2062. Nozzles are MS/carbon steel. Flanges are ANSI/Table D/E type. Structural supports, agitator mounting frames, and platforms are fabricated from MS sections. Corrosion allowance of 1–2 mm is generally provided.

Capacity Range:
Available from 500 Liters to 100 KL and above (1 KL, 2 KL, 5 KL, 10 KL, 20 KL, 30 KL, 50 KL etc.). Capacity depends on plant production, heating system capacity, and site requirement.

Tank Types:
Vertical cylindrical tanks (cone/dome roof) for fixed plants; horizontal saddle-mounted tanks for easy transport; jacketed tanks for thermic fluid/steam heating; and insulated tanks with mineral wool cladding to reduce heat loss.

Design Parameters:
Atmospheric design, operating temperature typically 80°C–180°C depending on tar grade. Shell thickness generally 6–12 mm, bottom 8–16 mm, roof 5–8 mm. Wind load, seismic load, and thermal expansion are considered during design.

Mixing System:
Since coal tar is highly viscous, continuous agitation is required. Paddle, anchor, or helical ribbon agitators are used. Drive system consists of geared motor (3–15 HP) with heavy-duty shaft and bearings ensuring uniform mixing and preventing material settling.

Heating System:
Heating is essential for maintaining fluidity. Options include steam coils, thermic fluid coils, electric heaters, or external burners. Internal heating coils are fabricated from MS/seamless pipes.

Standard Fittings:
Inlet and outlet nozzles, drain valve, vent pipe, 450/600 mm manhole, temperature gauge, level indicator, sampling point, and earthing lug. Optional accessories include control panel, temperature controller, safety valve, ladder, platform, and flameproof motor.

Fabrication Process:
CNC/gas plate cutting, rolling, bottom welding, shell erection, nozzle welding, agitator installation, heating coil fitting, grinding, hydro testing, and painting. All welding is performed by certified welders to ensure leak-proof construction.

Surface Treatment:
External surface cleaned and coated with red oxide primer and synthetic/heat-resistant enamel paint. Insulated tanks are cladded with aluminum or GI sheet.

Testing & Inspection:
Visual inspection, dimensional check, weld inspection, hydrostatic test (24 hours), agitator trial run, heating trial, and paint thickness measurement.

Safety Features:
Temperature control system, emergency vent, proper insulation, flameproof motor (if required), earthing provision, and fire safety arrangements.

Service Life:
With proper maintenance and coating, operational life ranges from 15–20 years.

 

We are dealing inMILD STEEL TANK CAAPACITY RANGE 1KL TO 50KL tanks and we ensure you to provide best qualityWe are manufacturing FRP Tank, FRP Storage Tank, FRP Lining Tank, HDPE Tank and more.We provide products as per your specification
✅ Basic Details:
Capacity: 10 KL (10,000 Liters)
Material of Construction (MOC): Mild Steel (IS 2062 or equivalent)
Type: Vertical / Horizontal (as per requirement)
Shape: Cylindrical
Tank Orientation: Stationary (Above ground)

✅ Dimensions (Approx.):
(Can vary depending on height-to-diameter ratio)
Diameter: ~1800–2200 mm
Height: ~3000–3500 mm
Thickness: 5–8 mm (depends on design pressure)

✅ Design Specifications:
Design Code: IS 803 / IS 2825 / ASME (if pressure involved)
Design Pressure: Atmospheric (or up to 0.5 bar if vented)
Temperature Range: Up to 100–150°C
Weld Type: Full welded (Arc / MIG / TIG)
Corrosion Allowance: ~1–2 mm
Testing: Hydro-tested @ 1.5 times design pressu✅ Fittings & Accessories:
Inlet/Outlet Nozzles: As per drawing (Flanged / Threaded)
Manhole: 450 mm (Top or Side)
Vent: Yes (to release pressure buildup)
Level Indicator: Optional (Dipstick / Glass / Magnetic)
Ladder & Platform: Optional
Coating:
Inside: Primer / Epoxy / Bitumen (if storing chemical/water)
Outside: Red oxide + Enamel Paint

✅ Applications:
Water storage
Chemical storage (non-corrosive)
Oil, diesel, fuel
Firewater tank
Process buffer tank
✅ Optional Customizations:
Coil for Heating/Cooling
Internal Lining (FRP, Rubber)
Insulation with Cladding
Skid Mounting


✅ MOC (Material of Construction) for Mild Steel Tank – 10KL:
�� Base Material:
Mild Steel (MS)
Grade: IS 2062 (most commonly used in India)
Type: E250 (Fe410) – Quality A/B/C
Yield Strength: ~250 MPa
Tensile Strength: 410–540 MPa
�� Other Materials Used in Construction:
Component           Material Description
Shell & Dished Ends Mild Steel Plates – IS 2062 Grade B or CNozzles                     MS / IS 2062 or ASTM A105 (if specified)Manhole Cover         MS Plate or Cast Iron (optional)Gaskets (if used) Neoprene / EPDM / RubberFasteners MS or SS   as per requirementSupport Structure MS Angles / Channels / Beams – IS 2062Paint/Coating         Red oxide primer + Enamel or Epoxy coating
�� Optional MOC Variations (if needed):
Inner Lining: Epoxy / Rubber / FRP for corrosion protection
Cladding (if insulated): Aluminium / SS Sheet

A high-pressure stainless steel (SS) vessel (capacity range 1000L to 20kl ) is a robust container specifically engineered to hold gases or liquids at pressures significantly higher than atmospheric pressure. Here's a detailed description:High-Pressure Stainless Steel Vessel – DescriptionA high-pressure stainless steel vessel is a cylindrical or spherical container made primarily from high-grade stainless steel such as SS304, SS316, or duplex SS alloys. These vessels are designed to withstand internal pressures typically above 15 psi (1 bar) and can go up to several hundred or even thousands of bar depending on application.Key Features:Material: Corrosion-resistant stainless steel (e.g., SS304, SS316, or SS316L)Pressure Rating: Typically from 10 bar up to 1000+ barDesign Code: Fabricated according to standards like ASME Section VIII, PED, or IS codesShape: Mostly cylindrical with hemispherical or dished ends for optimal stress distributionWall Thickness: Varies depending on pressure, diameter, and safety factorNozzles/Fittings: Equipped with inlet/outlet nozzles, manholes, pressure relief valves, instrumentation portsFinish: Internal polish or passivation for corrosion resistance; external polish or painting for aesthetics and protectionApplications:Chemical processingPharmaceutical industryOil & gas sectorPower generation (e.g., boilers, reactors)Research laboratories (autoclaves, reactors)Safety Features:Pressure relief valvesRupture discsSafety interlocksOverpressure protection systemsOptional Features:Heating/cooling jacketsInsulation claddingInternal baffles or agitatorsRemote monitoring sensors
Here’s a sample specification for a High-Pressure Stainless Steel Vessel commonly used in industrial applications:Specification Sheet: High-Pressure Stainless Steel VesselGeneral Details:Type: Vertical Cylindrical Pressure Vessel
Design Code: ASME Section VIII, Div. 1
Service: High-pressure gas/liquid containmentDesign Pressure: 100 bar (1450 psi)Design Temperature: -20°C to +200°CMaterial of Construction:Shell: SS316L (Low Carbon Austenitic Stainless Steel)Heads: SS316L, dished/elliptical typeNozzles: SS316LGaskets: PTFE or Spiral Wound SS+GraphiteBolting: ASTM A193 B8 / A194 Gr. 8MDimensions:Internal Diameter: 600 mmTotal Height: 2000 mmWall Thickness: 12 mm (based on pressure and corrosion allowance)Volume: Approx. 500 litersCorrosion Allowance:3 mmTesting & Inspection:Hydrostatic Test Pressure: 150 bar (1.5 × design pressure)Radiographic Testing (RT): 100% weld jointsSurface Finish (Internal): Ra ≤ 0.4 μm (electropolished for pharma uses Surface Finish (External): 2B finish or paintedThird-Party Inspection: As per client requirementFittings & Accessories:Inlet/Outlet Nozzles (Flanged or threaded)Pressure Relief Valve (SS body, spring-loaded)Pressure Gauge (Glycerin-filled)Thermowell with RTD sensorManhole with quick-clamp closureMounting legs/support skirtOptional Features:Agitator: Top-mounted motorized (if required)Jacket: SS316L dimple jacket for steam/heating oilInsulation: Mineral wool with SS claddingControl Panel: With pressure/temp display and alarms

CURD MIXING STORAGE TANK – SS304 / SS316A Curd Mixing Storage Tank manufactured from SS304 / SS316 stainless steel is a hygienic, food-grade vessel designed for storing, blending, and handling curd (dahi) in dairy processing plants. These tanks are widely used in milk processing units, yogurt production plants, paneer factories, sweet industries, and commercial dairies where product hygiene, texture consistency, and safe storage are essential.

Curd is a semi-solid fermented dairy product that requires gentle mixing and controlled temperature to maintain its natural structure and taste. Therefore, the tank is specially designed with smooth internal finish, low-speed agitator, and easy cleaning features to prevent contamination and bacterial growth.

Material of Construction (MOC)

Primary material:
• SS304 – Standard food-grade stainless steel (18% Cr, 8% Ni)
• SS316 – Higher corrosion resistance grade with molybdenum

Both grades offer:
• Excellent corrosion resistance
• Non-reactive with acidic dairy products
• High durability and strength
• Hygienic smooth surface
• Long service life

Main components include shell, dish/cone bottom, top cover, agitator, nozzles, and support legs made from SS304/SS316. Food-grade silicone gaskets are used in joints.

Capacity Range

Available from:
100 L, 200 L, 500 L, 1 KL, 2 KL, 3 KL, 5 KL, 10 KL, 15 KL, 20 KL and above.
Capacity depends on daily milk processing volume and plant requirement.

Tank Design

• Vertical cylindrical construction
• Cone or dish bottom for complete drainage
• Hygienic internal design with rounded corners
• Atmospheric (non-pressure) operation
• Operating temperature range: 4°C to 60°C

Typical thickness:
Shell: 2–4 mm
Bottom: 3–5 mm
Top: 2–4 mm

Optional jacketed design allows cooling or mild heating using chilled or hot water circulation. Insulated models with PUF insulation help maintain temperature stability.

Mixing System

Curd requires slow and gentle agitation to avoid breaking its texture.

Agitator types:
• Paddle type
• Anchor type
• Scraper type (for thick curd)

Drive system:
• Geared motor (0.5–3 HP)
• Low RPM operation
• SS shaft with food-grade seal

The mixing ensures uniform consistency without damaging the product.

Standard Fittings

• Inlet nozzle
• Outlet with butterfly valve
• Drain valve
• Vent with SS filter
• 400–450 mm manhole
• Temperature gauge
• Level indicator
• Sampling valve

Optional: CIP spray ball, load cell system, digital temperature controller, ladder, and control panel.

Fabrication Process

• Laser/CNC sheet cutting
• Rolling and forming
• TIG (argon) welding for hygienic joints
• Grinding and polishing
• Agitator installation
• Hydro test and final inspection

All weld joints are ground smooth to eliminate crevices and ensure easy cleaning.

Surface Finish

• Internal: 180–320 grit or mirror finish
• External: Matt or polished

Smooth internal finish prevents product sticking and supports proper sanitation.

Testing & Quality Checks

• Visual inspection
• Dimensional check
• Weld inspection
• Water filling leak test
• Agitator trial run

Hygiene & Safety

• Food-grade stainless steel construction
• CIP compatible design
• Easy cleaning and drainage
• Safe motor protection
• Contamination-free storage

We are dealing with  Industrial Process Tank 1000L
This is a 1000-liter vertical stainless steel process/storage tank
widely used in the dairy, beverage, food processing, pharmaceutical, and chemical industries. It is designed to ensure hygienic storage, mixing, or processing of liquids under controlled conditions.
 
Technical Specifications:
Capacity: 1000 Liters (1 m³)
Material: Food-grade Stainless Steel (SS 304 / SS 316)
Finish: Mirror-polished inside for hygiene and easy cleaning; matte or polished outside

Orientation: Vertical, cylindrical with dome top and conical or flat bottom
Support: 4 sturdy stainless steel legs for stabilitY

Standard Features:

1. Manhole / Top Hatch:For inspection, cleaning, or manual filling.
2. Level Indicator (Sight Glass):Transparent tube on the side to monitor liquid level.
3. Inlet/Outlet Valves:Bottom outlet for discharge, side inlets for filling or CIP (Clean-in-Place) operations.
4. Temperature Sensors / Jacket (Optional):Can be fitted with sensors or jackets for heating or cooling liquids.
5. Agitator (Optional):Some models have motorized mixers or agitators for blending or maintaining suspension.

6. CIP / SIP Compatibility:Designed to be cleaned and sterilized without disassembly

Applications:
Dairy Industry: Milk chilling, pasteurization, or cream storage
Beverage Industry: Juice blending, fermentation, water storage
Pharmaceutical: Liquid medicines, chemical mixing

Food Processing: Syrups, sauces, oils, and other liquid ingredients
Specifications Sheet: Stainless Steel Process Tank (1000 Liters)
General Information

Parameter Specification
Tank Type Vertical Cylindrical Process/Storage TankCapacity 1000 Liters (1 m³)Material SS 304 (Food Grade) or SS 316 (Pharma Grade)Finish (Inner) Mirror Polished (Ra ≤ 0.6 μm)Finish (Outer) Matte or Brushed FinishUsage Dairy, Beverage, Food, Pharmaceutical, Chemical

Mechanical Features
Component Specification
Top Cover Dome Type with Manhole (clamped or bolted)Bottom Conical or Flat with Drain SlopeSupport 4 Stainless Steel Legs with Base PlatesStairway SS Ladder for Top AccessInsulation (Optional) PUF Insulation with SS Cladding (for temperature control)Agitator (Optional) Top- or Bottom-Mounted Motorized Stirrer

Piping & Instrumentation
Component Specification
Inlet/Outlet TC Fittings / SMS Union / BSP ThreadedDrain Valve Butterfly or Ball Valve (SS 304/316)Level Indicator Transparent Sight Glass (Acrylic or Glass Tube)Temperature Port Thermowell for Sensor or GaugeCIP Port 1 or 2 Nozzles for Clean-In-Place (CIP)Electrical Box IP65 Rated, Stainless Steel Control Housing

Dimensions (Approximate – may vary slightly)
Parameter Specification
Diameter ~1000–1200 mmHeight ~1500–1800 mm (excluding stairway)Leg Height ~500 mmManhole Diameter ~400–450 mm

Compliance & Standards
ASME / DIN / ISI standards
GMP compliant design for food/pharma use
FDA-approved materials (for seals, gaskets)

1. Tank Design
Type: Vertical cylindrical tank
Material: Stainless steel 304/316
Volume: 1000 liters
Dimensions:
Diameter: ~1.2 m
Height: ~1.5 m
Pressure: Atmospheric, vented
2. Agitator Details
Location: Bottom-mounted shaft, entering through the tank floor

                                                               

We are dealing with A 500-liter to 2000Litres ghee storage and settling tank is a specialized container used to store and settle ghee (clarified butter) after it has been processed. These tanks are important in the food industry for ensuring the purity and quality of ghee. Here are key features and considerations for a 500-liter ghee storage and settling tank.


GHEE STORAGE & MIXING TANK – 500 LITERS
1. INTRODUCTION:
This 500L ghee tank is used to store, mix, and maintain ghee in molten form. It ensures uniform consistency and avoids fat separation by gentle agitation and temperature control.
GHEE STORAGE & MIXING TANK – 500 LITERS

3. MATERIAL OF CONSTRUCTION (MOC):
Component                   Material
Inner Shell                   SS 304 food-grade stainless steel (2.5–3 mm thick)
Outer Shell (jacket)       SS 304 or MS (if insulated)
Insulation (optional)      Rockwool / PU Foam – 50 mm
Agitator Shaft/Blade      SS 304Gaskets                    
           
4. TECHNICAL SPECIFICATIONS:
Feature                        Specification
Capacity                       500 Liters
Dimensions                   Dia: 800 mm × Height: 1200 mm
Jacket Type                   Dimple / Plain jacket      
Agitator Type                Anchor or paddle type
Agitator Motor               0.5 HP, 3-phase (1440 RPM) +
gearbox                        30–60 RPM)Outlet Valve             
Manhole with cover        300–400 mm)                 
Internal –                     mirror polish;
External –                     matt finish
Temperature Range       40–65°C (to keep ghee molten)
Thermowell                   Provided with digital temperature display
CIP Cleaning                 Optional spray ball for easy cleaning
 
5. OPTIONAL FEATURES:
Flameproof motor for hazardous zones
Insulation jacket with cladding
Temperature controller with PT-100 sensor
Level indicator (glass tube or digital)
Load cell-based weighing system
Wheels (for mobile tank version)

6. APPLICATIONS:
Storage of clarified ghee (molten form)
Gentle mixing to maintain homogeneity
Intermediate holding before packaging
Suitable for small and medium dairy units

7. UTILITIES REQUIRED:
Utility                                                    Requirement
Electricity                                              0.5 HP / 3-Phase / 440V (or Single-phase)   
Hot Water or Low-pressure Steam           2 bar

REACTOR AND MIXING PROCESS VESSEL :we are dealing with A REACTOR AND MIXING PROCESS VESSEL ( capacity rang 500L to 10kl) a reactor vessel is a specialized container designed to carry out chemical reactions under controlled conditions such as temperature, pressure, agitation, and concentration of reactants.
Key Features:Material: Typically made from stainless steel, glass-lined steel, or other corrosion-resistant materials depending on the chemical compatibility.Jacketed Walls: For temperature control via heating or cooling fluids (e.g., steam, water, oil).Agitator/Stirrer: Ensures proper mixing of reactants and uniform temperature distribution.Baffles: Vertical strips inside the vessel that improve mixing efficiency and reduce vortex formation.Sensors & Instrumentation: For monitoring temperature, pressure, pH, and level.Pressure Rating: Can be atmospheric or high-pressure depending on the process (e.g., batch or continuous).
Top or Bottom Entry Ports: For adding reactants, sampling, or inserting sensors.Common Applications:Chemical synthesisPolymerizationFermentationPharmaceutical production
Mixing Process Vessel:A mixing process vessel is a container used to blend, emulsify, or homogenize ingredients in a controlled manner. While it can be used for reactions, its primary purpose is mixing.Key Features:Material: Stainless steel is most common due to hygiene and corrosion resistance.Agitator/Mixer Types: Propeller, turbine, paddle, anchor, or magnetic drive depending on fluid viscosity.Heating/Cooling Jacket or Coil: For temperature-sensitive mixing.CIP/SIP Systems: (Clean-in-place / Steam-in-place) for sanitary applications.Sealing: May be atmospheric or sealed to prevent contamination or evaporation.Level Indicators, Pressure Relief Valves, and Inlets/Outlets for operational control.Common Applications:Food processing (e.g., sauces, dairy)Cosmetic and personal care product mixingPaints and coatingsPharmaceuticals and biotech formulations
Reactor Vessel Specifications
Parameter Specification
Material of Construction (MOC) SS316L / SS304 / Glass-lined steel / HastelloyCapacity 500 L to 10kL (customizable)Design Pressure -1 to 25 bar (vacuum to high pressure)Design Temperature -20°C to 300°CJacket Type Dimple jacket / Limpet coil / Full jacketAgitator Type Anchor / Turbine / Helical / PropellerAgitator Drive Mechanical seal with geared motor or magnetic driveMixing Speed Variable (20–300 RPM), VFD-controlledBaffles 3 or 4 internal baffles (fixed vertically)Sealing Mechanical seal (single/double) for pressurized systemsInstrumentation PT-100, pressure gauge, sight glass, load cell, level indicator, pH/ORP (optional)Mounting Skid-mounted or supported on legsManway Top or side manhole with hinged coverCIP/SIP Optional (clean-in-place / steam-in-place)Compliance ASME / PED / GMP / FDA / ATEX (as needed)
⚙ Mixing Process Vessel Specifications
Parameter Specification
Material of Construction (MOC) SS316L / SS304 (mirror or matte finish)Capacity 100 L to 20,000 LDesign Pressure Atmospheric or slightly pressurized (0–3 bar)Design Temperature 0°C to 150°CJacket Type Plain jacket or dimple jacketAgitator Type Anchor / Propeller / Paddle / HomogenizerAgitator Drive Direct or gear-driven motor with VFDMixing Speed 10–300 RPM depending on viscosityBaffles Optional, based on fluid behaviorTop Cover Removable or fixed dome with portsNozzles/Ports Inlet, outlet, vent, sampling, CIP spray ballFinish Internal: Ra < 0.4 µm (pharma-grade); External: matte or mirrorInstrumentation Temperature sensor, level gauge, pressure gaugeCIP/SIP OptionalMounting Skirt / legs / wheels (mobile)Compliance GMP / FDA / ASME BPE (for pharma/food)