Maxell Engineers

A 30 horsepower (hp) hanging stirrer with vessel is a powerful mixing system commonly used in industrial applications for blending, stirring, or agitating large volumes of liquids or viscous materials. Let's break down the components and features of this setup:

1. Hanging Stirrer: The hanging stirrer, also known as an overhead stirrer or overhead mixer, is a motorized mixing device suspended from above. It typically consists of a powerful electric motor mounted on a sturdy frame or support structure. The motor drives a shaft connected to a mixing element, such as a propeller, blade, or paddle, which extends into the mixing vessel below. The hanging stirrer allows for efficient mixing without the need for a stand or support structure within the vessel, maximizing the available space for processing.

2. 30 HP Motor: The stirrer is powered by a 30 horsepower electric motor, providing ample torque and rotational power for mixing large volumes or high-viscosity materials. The high horsepower rating ensures efficient mixing even under demanding conditions, such as thick or heavy materials.

3. Mixing Vessel: The mixing vessel is a large container or tank that holds the materials to be mixed or processed. It is typically made of stainless steel or other durable materials capable of withstanding the rigors of 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.

4. Variable Speed Control: The hanging stirrer may feature variable speed control, allowing operators to adjust the stirring speed to suit the viscosity of the materials and the desired mixing intensity. This provides flexibility and precision in controlling the mixing process to achieve optimal results.

5. Safety Features: Safety is paramount in industrial settings. The hanging stirrer may include safety features such as overload protection, emergency stop buttons, and protective covers to ensure safe operation and prevent accidents.

6. Digital Display and Controls: Many modern hanging stirrers feature digital displays and intuitive controls for easy operation. Operators can monitor parameters such as stirring speed and time directly from the control panel.

7. Customization Options: Depending on the specific application requirements, the hanging stirrer with vessel may offer customization options such as programmable mixing profiles, preset mixing recipes, and advanced control features for temperature, pressure, or other process parameters.

Overall, a 30 hp hanging stirrer with vessel is a robust and versatile mixing system capable of handling large-scale industrial mixing applications with high efficiency and precision. Proper selection, installation, and operation of the equipment are essential to ensure optimal performance and productivity in industrial processing operations.

A laboratory stirrer with a vessel is a common piece of equipment used in scientific research, chemical laboratories, and various industrial settings. It consists of two main components:

1. Stirrer Unit: The stirrer unit typically includes a motorized mechanism that rotates a stirring element inside the vessel. This stirring element can be a magnetic stir bar (commonly used with magnetic stirrers), a physical stirring rod, blade, or impeller (for mechanical stirrers), or other designs depending on the specific application.

2. Vessel: The vessel, also known as a mixing beaker, flask, or reactor, is the container where the substances to be mixed or stirred are placed. Vessels come in various sizes and shapes, ranging from small beakers or test tubes to larger flasks or reaction vessels, depending on the volume of the sample and the requirements of the experiment or process.

Together, the stirrer unit and vessel allow for controlled mixing, blending, agitation, or dissolution of substances for various scientific and industrial purposes. Some common features of laboratory stirrers with vessels include:

• Speed Control: Many laboratory stirrers allow users to adjust the speed of the stirring mechanism to achieve the desired mixing intensity.
• Heating and/or Cooling: Some stirrers come with integrated heating or cooling elements to control the temperature of the sample during mixing.
• Digital Controls: Modern laboratory stirrers may feature digital displays and programmable settings for precise control over mixing parameters.
• Safety Features: Laboratory stirrers often include safety features such as automatic shutoff mechanisms or alarms to prevent overheating or other hazards.

These laboratory stirrer setups are versatile tools used in a wide range of applications, including chemical synthesis, biochemical research, pharmaceutical development, food and beverage testing, and more. They provide scientists, researchers, and engineers with the ability to conduct controlled experiments, perform chemical reactions, and optimize processes with precise mixing and agitation.

It sounds like you're referring to a laboratory stirrer setup consisting of a motorized stirrer unit along with a vessel for containing the materials to be stirred. "MS" typically stands for mild steel, which is a common material used in the construction of laboratory equipment due to its durability and resistance to corrosion.

A laboratory stirrer with a vessel is a fundamental piece of equipment used in various scientific and research settings, including chemistry, biology, and materials science. It allows for the mixing, blending, or agitation of substances within the vessel for various experimental or analytical purposes.

Here's a brief overview of the components typically involved:

1. Stirrer Unit: The stirrer unit usually consists of a motorized mechanism capable of rotating a stirring element within the vessel. The stirring element could be a magnetic stir bar (for magnetic stirrers) or a physical stirring rod or blade (for mechanical stirrers). The speed and direction of rotation can often be controlled to suit the requirements of the experiment.

2. Vessel: The vessel is the container in which the substances are placed for stirring. It could be made of glass, stainless steel, or other suitable materials depending on the nature of the experiment and the substances involved. The vessel may come in various shapes and sizes to accommodate different volumes and types of samples.

3. Supporting Structure: There may be additional components such as clamps, stands, or brackets to support and stabilize the stirrer unit and the vessel during operation.

These laboratory stirrer setups are versatile and essential for tasks like mixing solutions, dissolving solids, suspending particles, or maintaining homogeneity in chemical reactions or biological samples. They come in various configurations to suit different experimental requirements, from simple magnetic stirrers for basic mixing to more advanced units with temperature control, programmable settings, and other features for precise experimental control.

We bring forth a diverse range of Semi Automatic Laboratory Stirrer With Vessel. Offered inaccurate dimensions with the perfect finish, these machines are specifically designed to meet the divergent demands of the customers.