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High Speed Disperser

Prominent & Leading Manufacturer from Mumbai, we offer high speed paint disperser, paint mixing machine, industrial high speed stirrer vessel and twin shaft dispersers.
  • High Speed Paint Disperser
  • High Speed Paint Disperser
  • High Speed Paint Disperser
High Speed Paint Disperser

High Speed Paint Disperser

Rs 25,000  / PieceGet Best Price
Capacity600 L
Usage/ApplicationCommercial
MaterialStainless Steel
Design TypeStandard, Customized
Country of OriginMade in India

 

A high-speed paint disperser is a specialized piece of equipment used in industries such as paints, coatings, inks, adhesives, and cosmetics for the efficient dispersion of pigments, fillers, and additives into liquid bases. The disperser is designed to rapidly break down agglomerates and achieve uniform particle distribution throughout the liquid medium. Here are some key features and components typically found in a high-speed paint disperser:

  1. High-Speed Motor: A powerful motor capable of high-speed rotation is at the core of the disperser. These motors are often variable speed to provide flexibility in dispersion processes.

  2. Dispersing Shaft: The dispersing shaft, also known as the mixing shaft or agitator shaft, is connected to the motor and extends into the mixing vessel. It typically holds the dispersing blade or impeller at the end, which generates the shear forces necessary for dispersion.

  3. Dispersing Blade or Impeller: This component is responsible for imparting high shear forces to the liquid, breaking down agglomerates and promoting particle distribution. Dispersing blades come in various shapes and configurations, including sawtooth, toothed, or serrated designs, to suit different dispersion requirements.

  4. Mixing Vessel: The mixing vessel, often made of stainless steel or other corrosion-resistant materials, holds the liquid base and the materials to be dispersed. It may include features such as jacketing for temperature control or baffles to enhance mixing efficiency.

  5. Lifting Mechanism: Some dispersers are equipped with a lifting mechanism that allows the dispersing shaft and blade to be raised and lowered, facilitating easy insertion and removal of the blade and enabling adjustment of the mixing depth.

  6. Control Panel: Modern high-speed dispersers often feature user-friendly control panels with digital displays for setting and monitoring parameters such as speed, mixing time, and temperature (if applicable).

  7. Safety Features: Safety features such as overload protection, emergency stop buttons, and interlocks are essential to ensure safe operation.

High-speed paint dispersers are capable of rapidly dispersing pigments and other solid materials into liquid bases, reducing processing times and improving product quality. They are used in both batch and continuous processing applications and are available in various sizes and configurations to meet different production requirements. Proper selection, operation, and maintenance of the disperser are essential to achieve optimal dispersion performance and product quality.

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  • Paint Mixing Machine
  • Paint Mixing Machine
Paint Mixing Machine

Paint Mixing Machine

Rs 40,000  / PieceGet Best Price

Product Brochure

Capacity(Litre)600 L
Capacity900 L
MaterialMild Steel
Filling Heightyes
Design TypeStandard
Country of OriginMade in India

A paint mixing machine, also known as a paint mixer or paint shaker, is a device used to thoroughly blend paint components such as pigments, binders, solvents, and additives. These machines are commonly found in hardware stores, paint shops, and industrial facilities, where they are used to prepare custom paint colors, mix paint for large-scale projects, or ensure consistency in paint batches. Here's an overview of how paint mixing machines work and their key features:

  1. Mechanical Mixing Mechanism: Paint mixing machines typically use mechanical means to mix paint components. This can include rotating blades, paddles, or impellers that agitate the paint mixture to ensure thorough blending. Some machines may also use shaking or vibrating motions to achieve mixing.

  2. Variable Speed and Power: Paint mixing machines often feature variable speed settings and adjustable mixing power to accommodate different types of paint formulations and mixing requirements. This allows operators to control the intensity and duration of the mixing process.

  3. Container Compatibility: Paint mixing machines are designed to accommodate paint containers of various sizes and shapes. They may include adjustable clamps, holders, or adapters to securely hold containers during mixing, ensuring safety and preventing spills.

  4. Safety Features: Many paint mixing machines are equipped with safety features such as automatic shutoff mechanisms, safety interlocks, and protective covers to prevent accidents and ensure safe operation.

  5. User-Friendly Controls: Paint mixing machines typically feature user-friendly controls and interfaces, making them easy to operate even for users with minimal training or experience. This may include digital displays, push-button controls, and intuitive settings for selecting mixing parameters.

  6. Cleaning and Maintenance: Paint mixing machines are designed for easy cleaning and maintenance to ensure optimal performance and longevity. They may include features such as removable mixing elements, drip trays, and smooth surfaces that are easy to wipe down and sanitize.

  7. Customization Options: Some paint mixing machines offer customization options such as programmable mixing profiles, preset mixing recipes, and color matching capabilities. These features allow users to create custom paint colors and formulations with precision and consistency.

Overall, paint mixing machines are essential tools for achieving uniform and consistent paint mixtures in various applications. Whether used in retail settings for custom paint mixing or in industrial facilities for large-scale production, these machines play a critical role in ensuring quality and efficiency in the paint mixing process.

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Industrial High Speed Stirrer Vessel

Industrial High Speed Stirrer Vessel

Rs 1 Lakh  / UnitGet Best Price

Product Brochure

Capacity100 LPH
Usage/ApplicationIndustrial
PhaseThree Phase
Voltage240 V
Frequency50/60 Hz
Motor Power2 HP
Power SourceElectric
Country of OriginMade in India

An industrial high-speed stirrer vessel refers to the combination of a high-speed stirrer and the vessel or container in which the mixing or agitation process takes place within an industrial setting. This setup is commonly used in industries such as chemical processing, pharmaceutical manufacturing, food production, and cosmetics manufacturing. Here are the key components and features:

  1. High-Speed Stirrer: The high-speed stirrer is a motorized device equipped with a stirring element (such as an impeller, blade, or propeller) capable of rotating at high speeds. This stirring element generates fluid flow and agitation within the vessel, facilitating mixing, blending, dispersion, or homogenization of materials.

  2. Vessel or Container: The vessel, also known as a mixing vessel or tank, is the container in which the materials to be mixed or agitated are placed. It is typically made of stainless steel or other durable materials suitable for industrial use. The vessel may be jacketed for heating or cooling, and it often includes features such as baffles or internal structures to enhance mixing efficiency.

  3. Variable Speed Control: Industrial high-speed stirrers often feature variable speed control, allowing operators to adjust the stirring speed according to the viscosity of the materials and the desired mixing intensity. This enables precise control over the mixing process and helps achieve uniform mixing results.

  4. Safety Features: Safety is paramount in industrial settings. High-speed stirrers and vessels may include safety features such as overload protection, emergency stop buttons, and protective covers to prevent accidents and ensure safe operation.

  5. Temperature Control (Optional): Some industrial high-speed stirrer vessels come with built-in temperature control features, allowing users to heat or cool the sample during mixing. This is particularly useful for processes that require precise temperature control or for maintaining samples at specific temperature conditions.

  6. Digital Display and Controls: Many modern industrial high-speed stirrer vessels feature digital displays and intuitive controls for easy operation. Users can monitor parameters such as stirring speed, time, and temperature directly from the control panel.

  7. Mixing Accessories: Depending on the application, additional accessories such as shafts, adapters, and stirring elements may be required to optimize stirring performance and accommodate different vessel sizes and shapes.

Industrial high-speed stirrer vessels are versatile tools used in various industrial processes, including chemical reactions, emulsification, suspension, and dissolution. They offer efficient mixing capabilities, making them indispensable equipment in industrial production environments. Proper maintenance and calibration are essential to ensure reliable performance and accurate results.

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  • Twin Shaft Dispersers
  • Twin Shaft Dispersers
  • Twin Shaft Dispersers
Twin Shaft Dispersers

Twin Shaft Dispersers

Price on Request
Usage/ApplicationIndustrial
MaterialMild Steel
Design TypeStandard
Impeller High Speedyes
Mixing Timeyes
1155000
Country of OriginMade in India

Twin shaft dispersers are specialized mixing machines used in industries such as paints, coatings, adhesives, and chemical processing for high-intensity dispersion and mixing of materials. As the name suggests, these dispersers feature two shafts equipped with mixing elements that work simultaneously to achieve efficient blending and dispersion of ingredients. Here are some key features and components of twin shaft dispersers:

  1. Twin Mixing Shafts: The disperser is equipped with two parallel mixing shafts, each driven by its own motor. These shafts extend into the mixing vessel and hold the mixing elements (such as blades, paddles, or impellers) that impart shear forces and promote mixing and dispersion.

  2. Mixing Elements: Each mixing shaft is typically fitted with mixing elements that are designed to promote efficient dispersion and blending of materials. These elements may include blades, paddles, discs, or other configurations depending on the specific application and requirements.

  3. High-Speed Motors: Each mixing shaft is powered by its own high-speed motor, providing independent control over the speed and direction of rotation for each shaft. This allows for precise control over the mixing process and enables customization of mixing parameters for different materials and formulations.

  4. Mixing Vessel: The mixing vessel holds the materials to be mixed and dispersed. It may be jacketed for heating or cooling, and it often includes features such as baffles or other internal structures to optimize mixing efficiency.

  5. Lifting Mechanism: Some twin shaft dispersers are equipped with a lifting mechanism that allows the mixing shafts to be raised and lowered, facilitating easy insertion and removal of the mixing elements and enabling adjustment of the mixing depth.

  6. Control Panel: Twin shaft dispersers typically feature user-friendly control panels with digital displays for setting and monitoring parameters such as speed, mixing time, and temperature (if applicable).

  7. Safety Features: Like other mixing equipment, twin shaft dispersers include safety features such as overload protection, emergency stop buttons, and interlocks to ensure safe operation.

Twin shaft dispersers are capable of handling a wide range of materials, from low to high viscosity, and they are particularly well-suited for applications requiring thorough dispersion, homogenization, and emulsification. They are commonly used in batch processing applications and are available in various sizes and configurations to accommodate different production requirements. Proper selection, operation, and maintenance of twin shaft dispersers are essential to achieve optimal mixing and dispersion performance.

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