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| Blender Type | Ribbon Blender |
| Batch Capacity | 500 kg |
| Material Of Construction | MS + SS Contact |
| Application | Chemical Powder, Fertilizer, Pharma, Food Additive |
| Motor Power | 5.5 kW |
| Working Type | Continuous |
| Automation Grade | Automatic |
| Liner Type | Rubber Lined |
Horizontal Chemical Blenders are industrial mixing machines designed to uniformly blend powders, granules, pastes, or semi-liquid chemical materials in a horizontal mixing chamber. They are widely used where consistent composition, efficient mixing, and gentle or controlled agitation are required.
Description:
A horizontal chemical blender consists of a cylindrical or U-shaped horizontal trough fitted with internal mixing elements such as ribbon agitators, paddles, plows, or screws mounted on a central shaft. As the shaft rotates, materials are moved in opposing directions—both axially and radially—ensuring fast, homogeneous mixing. The horizontal orientation allows easy loading, thorough blending, and complete discharge of material.
Key Features:
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High mixing efficiency and uniformity
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Suitable for dry, wet, and semi-wet chemical formulations
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Short mixing cycles with low energy consumption
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Customizable agitator designs for different material properties
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Constructed from carbon steel, stainless steel, or special alloys for chemical resistance
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Sealed designs available for dust control or hazardous materials
Applications:
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Chemical and petrochemical processing
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Fertilizers and agrochemicals
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Pigments, dyes, and additives
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Pharmaceuticals and cosmetics
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Detergents, resins, and polymer compounds
Advantages:
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Consistent product quality
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Scalable for batch or continuous operations
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Easy maintenance and cleaning
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Can be integrated into automated production lines
| Blender Type | Ribbon Blender |
| Batch Capacity | 500 kg |
| Material Of Construction | SS304 |
| Application | Fertilizer, Pharma |
| Motor Power | 5.5 kW |
| Working Type | Continuous |
| Automation Grade | Automatic |
| Liner Type | Rubber Lined |
Chemical Mixing Blender is an industrial machine designed to achieve uniform and efficient mixing of solid, liquid, or semi-solid chemical materials for consistent product quality.
Description:
A Chemical Mixing Blender is used to thoroughly blend powders, granules, liquids, pastes, or viscous materials in batch or continuous processes. The blender consists of a mixing chamber equipped with an internal agitator—such as ribbon blades, paddles, plows, or propellers—driven by a geared motor. The mixing action ensures even distribution of ingredients while preventing agglomeration or segregation.
These blenders are engineered to handle a wide range of material properties and are available in horizontal or vertical configurations, depending on process requirements.
Key Features:
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Efficient and homogeneous mixing performance
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Suitable for dry, wet, and semi-wet materials
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Customizable agitator design for specific applications
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Short mixing cycles with low power consumption
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Dust-tight or vacuum-sealed construction available
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Fabricated from stainless steel or carbon steel
Applications:
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Chemical and specialty chemical industries
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Pharmaceuticals and bulk drugs
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Fertilizers and agrochemicals
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Pigments, dyes, and additives
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Detergents, polymers, and resins
Advantages:
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Consistent product quality
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Easy operation and maintenance
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Scalable for laboratory, pilot, or industrial production
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Can be integrated into automated processing lines
| Reactor Capacity | 1000–3000 L |
| Material Of Construction | MS Rubber Lined |
| Reactor Type | Jacketed |
| Design Pressure | Atmospheric |
| Design Temperature | 150°C |
| Industry | Oil And Gas, Petrochemical, Pharma, Chemical |
| Heating Mode | Steam |
| Cooling Mode | Brine |
| Automation Grade | Automatic |
Industrial Chemical Reactor is a process vessel designed to carry out controlled chemical reactions on an industrial scale under specified temperature, pressure, and mixing conditions.
Description:
An Industrial Chemical Reactor is a robust, engineered vessel used to facilitate chemical transformations by allowing reactants to interact in a controlled environment. The reactor is typically equipped with an agitator for uniform mixing, heating and cooling systems (such as jackets, limpet coils, or internal coils), and precise instrumentation to monitor and control process parameters.
These reactors are designed to handle a wide range of operating conditions including high temperatures, high pressures, vacuum, and corrosive environments. They can be configured for batch, semi-batch, or continuous operations depending on production requirements.
Key Features:
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Designed for precise control of temperature, pressure, and reaction time
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Efficient mixing for uniform reaction and heat transfer
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Compatible with heating and cooling media such as steam, thermic fluid, or chilled water
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Customizable design as per process and safety requirements
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Fabricated in Stainless Steel, Carbon Steel, or special alloys
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Compliant with ASME, GMP, and international safety standards
Types of Industrial Chemical Reactors:
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Batch Reactors
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Continuous Stirred Tank Reactors (CSTR)
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Plug Flow Reactors (PFR)
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Limpeted and Jacketed Reactors
Applications:
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Chemical and specialty chemical industries
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Pharmaceuticals and APIs
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Petrochemical and polymer processing
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Fertilizers and agrochemicals
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Food, cosmetic, and dye manufacturing
Advantages:
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High process efficiency and consistent product quality
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Safe operation under demanding conditions
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Long operational life with minimal maintenance
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Scalable from pilot to large-scale production
| Reactor Capacity | 1000 L |
| Reactor Material | SS 304 |
| Coil Type | Limpet Coil |
| Heating Medium | Steam |
| Coil Design Pressure | 7 bar |
| Agitator Type | Anchor |
| Drive Type | Top Entry |
| Seal Type | Mechanical Seal |
Limpeted Chemical Reactor is a temperature-controlled reaction vessel designed for efficient heating and cooling in chemical processing applications where accurate thermal management is essential.
Description:
A Limpeted Chemical Reactor is a cylindrical or vertical vessel fitted with external limpet coils (half-pipe jackets) welded helically around the reactor shell. These coils allow heating or cooling media—such as steam, hot oil, thermic fluid, chilled water, or brine—to circulate evenly over the vessel surface, providing uniform and rapid heat transfer during chemical reactions.
The reactor is typically equipped with an internal agitator, baffles, inlet/outlet nozzles, manhole, pressure relief devices, and process instrumentation. The limpeted design offers high mechanical strength and is suitable for operations under vacuum, atmospheric, or pressure conditions.
Key Features:
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High heat-transfer efficiency with uniform temperature distribution
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Suitable for exothermic and endothermic reactions
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Robust construction with leak-proof limpet coils
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Customizable size, material, and agitation system
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Designed as per ASME, GMP, or other industry standards
Materials of Construction:
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Stainless Steel (SS 304, SS 316, SS 316L)
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Carbon Steel
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Alloy steels as per process requirements
Applications:
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Chemical and specialty chemical industries
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Pharmaceuticals and APIs
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Polymers, resins, and adhesives
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Petrochemical and agrochemical processing
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Food, cosmetic, and dye manufacturing
Advantages:
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Precise and consistent temperature control
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Lower utility and energy consumption
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Reduced thermal stress on the vessel
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Easy maintenance and long service life
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Suitable for high-viscosity and heat-sensitive products
| Capacity | 2000 L |
| MOC | SS304 |
| Coil MOC | SS304 |
| Design | Double limpet |
| Max pressure | 6 bar |
| Max temp | 200 C |
| Heating | Steam |
| Stirrer type | Turbine |
| Mounting | Leg |
SS Reactor Vessel with Limpet Coils is a high-performance processing vessel designed for precise temperature-controlled chemical reactions, combining corrosion resistance with efficient heat transfer.
Description:
An SS Reactor Vessel with Limpet Coils is a cylindrical or vertical stainless steel reactor equipped with externally welded limpet coils (half-pipe coils) wrapped spirally around the vessel shell. These limpet coils circulate heating or cooling media—such as steam, hot oil, chilled water, or brine—ensuring uniform heat transfer across the vessel surface.
The stainless steel construction provides excellent resistance to corrosion, contamination, and high temperatures, making the reactor suitable for sensitive and aggressive chemical processes. The vessel can be fitted with agitators, baffles, manholes, nozzles, pressure relief systems, and advanced instrumentation based on process requirements.
Key Features:
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Fabricated from high-grade stainless steel (SS 304, SS 316, SS 316L, etc.)
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High thermal efficiency with uniform heating and cooling
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Suitable for vacuum, atmospheric, and pressure operations
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Robust, leak-proof limpet coil design
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Smooth internal surface for easy cleaning and low product retention
Applications:
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Pharmaceuticals and APIs
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Specialty and fine chemicals
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Polymers, resins, and adhesives
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Food, flavors, and cosmetic manufacturing
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Petrochemical and agrochemical industries
Advantages:
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Excellent corrosion and oxidation resistance
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Precise temperature control for critical reactions
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Longer equipment life with low maintenance
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Energy-efficient heat transfer system
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GMP-compliant design options available