Shampoo Processing Vessel

Description

Shampoo Processing Vessel also referred to as a Shampoo Manufacturing Vessel, Mixing Vessel, or Syrup Mixing Vessel in pharmaceutical and cosmetic contexts is a specialized industrial tank used in the production of shampoos, conditioners, gels, handwashes, and similar liquid personal care products. It serves as the core equipment for blending, homogenizing, and processing raw ingredients into a uniform, stable emulsion. These vessels are designed for high-efficiency mixing while adhering to standards like cGMP and WHO-GMP to ensure product safety, sterility, and quality. They are commonly made from high-grade stainless steel to resist corrosion from surfactants and other chemicals.

Premix Vessel: Smaller tank (50-60% of main vessel capacity) for initial blending of phases (e.g., aqueous vs. oily).

Storage Vessel: Cylindrical tank with dished bottom for holding finished product; includes gentle agitation to prevent settling.

Transfer Pumps: Centrifugal or lobe pumps for moving slurries without shear damage.

Auxiliaries: Filtration units (for inline syrup filtering), filling machines, and lab analyzers for quality control.

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Salient Features of Shampoo Processing Vessel

Top mounted or bottom mounted agitator options.
Comply as per cGMP and validation support.
Easy to remove parts design for autoclave and sterilization.
Sugar melting vessel equipped with a mixing stirrer.
Syrup manufacturing vessel with stirrer.
Storage tank with stirrer.

Top mounted stirrer.
Equipped with helical type gearbox.
Castor wheels provided for enhanced portability of the equipment.
Basket filter and transfer pump.
Automatic control panel.
Zero hold up filter press.

Working Principle of Shampoo Processing Vessel

The vessel is central to a multi-stage process, often integrated into a full production line with premix vessels, storage tanks, transfer pumps, and filling machines. A typical batch process unfolds as follows:

Preparation (Premix Stage): Water (heated to 50-70°C) is loaded into the vessel or a separate premix tank. Oil-soluble ingredients (e.g., fragrances, conditioning agents) are premixed in a smaller phase vessel.

Ingredient Addition: Surfactants and thickeners are added gradually under agitation to prevent foaming. Powders (e.g., salts for viscosity adjustment) are incorporated via a Flashmix system to avoid lumps.

Heating and Mixing: The mixture is heated to 60-80°C and agitated for 30-60 minutes. High-shear homogenization follows to create a stable emulsion.

Cooling and Adjustment: Cool to 40°C, then add heat-sensitive components (e.g., preservatives, dyes). Test for pH (5.5-7.0), viscosity (2,000-10,000 cP), and stability; adjust as needed.

Deaeration and Transfer: Vacuum or gentle stirring removes air bubbles. The finished product is pumped to storage or filling lines.

Cleaning: CIP cycle with hot water, detergents, and sanitizers.

This process minimizes aeration, ensures uniform texture, and supports variants like 2-in-1 shampoos, anti-dandruff formulas, or UV-protective products.

Technical Specification of Shampoo Processing Vessel

Description	Specification
Capacity	5 Liters to 20000 Liters
Power Supply	0.5 H. P. to 75 H. P.
Power Voltage	440 volts, 3 phase, 50 hertz
Gearbox	Helical type / similar
Stirrer Type	Pitch Type Stirrer
Stirrer MOC	Stainless Steel 304/316/316L
Stirrer RPM	150 RPM adjustable through VFD
Stirrer Mounting Orientation	Top Mounted
No. of blades	Two
Shaft Diameter	Suitable Diameter

* Power voltage can be adjusted as per customer’s domestic power voltage requirements.
* Rights of technical improvements & modification reserved.
* Illustrations & dimensions are shown for information purpose only.

Types of Preparation Vessel

Sterile Manufacturing Vessel

Sterile Preparation Vessel

Injectable Preparation Vessel

Jacketed Mixing Vessel

WFI Storage Tank

Oral Liquid Preparation Vessel

Applications of Preparation Vessel

Advantages of Shampoo Processing Vessel

Efficiency: Reduces batch times by 20-50% compared to open mixing; scalable for small-batch artisanal or high-volume industrial production.

Compliance: Meets ISO and GMP standards; easy validation for audits.

Customization: Adaptable for herbal, baby, or medicated shampoos; automation lowers labor costs.

Key Features of Shampoo Processing Vessel

Shampoo processing vessels are engineered for durability, ease of cleaning, and precise control over the manufacturing environment. Typical specifications include:

Shape and Structure: Cylindrical body with a dished (curved) bottom for complete drainage and reduced residue buildup. The top is often a welded dished end or loose lid with a manhole for access. This design prevents dead zones during mixing and facilitates CIP (Clean-In-Place) operations.

Capacity: Ranges from 10 liters (lab-scale) to 10,000 liters (industrial-scale), with working volumes typically at 60-80% of total capacity to allow for agitation.

Jacketed Construction: Insulated jacket for heating and cooling systems to maintain precise temperatures. This is crucial for dissolving thickeners, stabilizing emulsions, and preventing ingredient degradation.

Ports and Fittings: Includes nozzles for ingredient addition, sight glasses for monitoring, load cells for weight-based batching, and bottom discharge valves with DIN-standard fittings for seamless pipeline integration. A CIP turbo disk or spray ball at the top enables automated cleaning.

Materials: FDA-approved stainless steel (SS 304 or 316) for all wetted parts, with electro-polished interiors for smooth flow and minimal bacterial adhesion.

FAQ for Shampoo Processing Vessel

What is a Shampoo Processing Vessel?

A Shampoo Processing Vessel (also known as Shampoo Manufacturing Vessel or Shampoo Mixing Vessel) is a specialized stainless steel mixing tank used in the cosmetic and personal care industry. It is designed for blending, homogenizing, heating, and cooling raw ingredients to produce uniform, stable emulsions for shampoos, conditioners, gels, hand washes, and similar liquid products. These vessels are cGMP and WHO-GMP compliant, typically made from SS 304/316 for corrosion resistance against surfactants and chemicals.

How does the Shampoo Processing Vessel work?

The process involves loading water and ingredients into the jacketed vessel, heating to 60-80°C, and agitating with a pitch-type stirrer (top-mounted, adjustable via VFD). Surfactants, thickeners, and oils are added gradually under high-shear mixing to form an emulsion. The mixture is then cooled to 40°C, heat-sensitive additives (preservatives, fragrances) are incorporated, deaerated, and transferred for filling. CIP systems ensure thorough cleaning between batches.

What are the key features of the Shampoo Processing Vessel?

Jacketed construction with insulation for precise heating and cooling.
Top-mounted pitch-type stirrer (SS 304/316) with helical gearbox and VFD for variable speed (up to 150 RPM).
cGMP-compliant design with easy-to-clean dished bottom, zero hold-up options, and CIP compatibility.
Capacities from 5 liters to 20,000 liters.
Automatic control panel, basket filter, transfer pump, and portability options (castor wheels).
Easy removable parts for sterilization and validation support.

What are the available capacities and technical specifications?

Shampoo Processing Vessels are available in capacities ranging from 5 liters (lab scale) to 20,000 liters (production scale). Key specs include:

Power: 0.5 HP to 75 HP
Voltage: 440V, 3 Phase, 50 Hz
Stirrer: Top-mounted, 2-blade pitch type, SS 304/316
Gearbox: Helical type
Working volume: Typically 60-80% of total capacity.

Which industries use the Shampoo Processing Vessel?

It is primarily used in the Cosmetic and Personal Care industries for manufacturing shampoos and related products. It is also suitable for the Pharmaceutical, Chemical, Ayurvedic, Herbal, and Nutraceutical sectors where high-efficiency mixing, emulsification, and temperature-controlled processing of viscous liquids are required.

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