Beseem Solutions Private Limited

We are offering Dosing Pumps to our client. The reciprocating movement of the displacer, within the sort of a plunger or a diaphragm, which alternately increases and reduces the working space. so as to stop the return flow of the conveyed medium, the working space has got to be closed by two valves.
During the backward movement of the displacer, the working space increases and a vacuum is made relative to the pressure ahead of the automated suction valve. thanks to this pressure difference, the suction valve opens and therefore the conveyed fluid is sucked into the working space. Once the displacer reaches its rear dead-center position, the suction stroke ends. The suction valve closes by its own weight or by a further spring load. During the forward movement of the displacer, the working space decreases. As a result, the pressure increases. When the pressure increases to slightly above the discharge pressure, the automated discharge valve opens and therefore the fluid volume is now discharged from the working space. within the front dead-center position, the pressure valve closes. Then the subsequent stroke cycle begins.
In most reciprocating positive displacement pump designs, the flow depends only minimally on the discharge pressure. This entails a rigid pressure characterisic function. Furthermore, the flow features a linear dependency on the stroke length and stroke frequency. Reciprocating positive displacement pumps are therefore suited to the conveyance and precise metering of fluids across a good pressure and flow range.

The V Series Milton Roy dosing pumps are precision metering pumps designed for the accurate and reliable dosing of chemicals in various industrial applications. These pumps are widely used in water treatment, chemical processing, and other industries where precise control of fluid injection is necessary. The key features and description of the V Series Milton Roy dosing pumps include:

Key Features:

1. Positive Displacement Pump: The V Series operates as a positive displacement pump, providing highly accurate flow rates and precise dosing of chemicals or other fluids.

2. Adjustable Flow Rates: These pumps offer adjustable flow rates, allowing users to fine-tune the pump's output according to the application requirements. Flow rate ranges can vary based on the specific model.

3. Durable Construction: Made with high-quality materials, the V Series pumps are built for durability and long-lasting performance in demanding environments. Components are resistant to corrosion and wear, making them ideal for harsh chemicals.

4. Smooth Operation: Designed for smooth and reliable operation with minimal pulsation, which is important for applications that require consistent dosing.

5. Variable Speed Control: Many V Series models come with a variable speed drive, which enables users to adjust the pump speed to match specific flow requirements.

6. Ease of Maintenance: The pumps are designed for easy maintenance and can be serviced with minimal downtime, reducing overall maintenance costs.

7. Multiple Drive Options: The V Series includes various drive options, including electric, hydraulic, and air-driven, depending on the specific needs of the application.

8. Safety Features: The pumps often include built-in safety features like over-pressure protection, leak detection, and automatic shutdown in case of failure.

Common Applications:

• Water Treatment: Dosing of chlorine, flocculants, pH regulators, and other chemicals.
• Chemical Processing: Accurate chemical injection for process control.
• Food & Beverage: Dosing of ingredients or additives in food and beverage production.
• Pharmaceuticals: Accurate and controlled dosing of active ingredients in drug manufacturing.

The V Series Milton Roy dosing pumps are known for their precision, reliability, and versatility in a wide range of industrial and chemical applications.

A Verderflex peristaltic dosing pump is a positive-displacement pump that uses a flexible tube or hose through which fluid flows. Inside the pump, a rotor (with rollers or shoes) compresses the tube in a cyclic motion — as the part of the tube is squeezed, liquid is expelled, and as the tube recovers, it draws in more fluid.


Key features include:

• Seal-less design: The fluid only contacts the inner surface of the tube or hose, not any mechanical parts or seals. 

• Low maintenance: The only wear part is the hose or tube, which is relatively inexpensive to replace.

• Self-priming & dry-running: It can draw liquid in from suction (self-priming) and can run without fluid present without damage.

• Gentle pumping action: Because the pumping action is gentle (low shear), it’s suitable for shear-sensitive or delicate fluids (e.g., polymers, biological fluids).High suction lift: It can generate a strong suction, allowing it to lift fluid from a low source. 

• Abrasion resistance: The Verderflex hose is designed to handle abrasive or corrosive media; its fatigue resistance is optimized to give long hose life.Solids handling: Certain Verderflex hose pumps can handle slurries or fluids with suspended solids. 

• Reversible flow: The pump can reverse its direction to clear blockages in the line.

• Accurate dosing: Offers very good repeatability (e.g., some models have ±0.5% or ±1% dosing accuracy). 

• Versatile control: Depending on model, it supports remote control via analog signals (e.g., 4–20 mA, 0–10 V), and can store multiple dosing programs.

• Compact & modular design: Some models are built for OEM integration, with quick-change tube cartridges to make maintenance easier. 

• Robust industrial build: Their larger hose-pump versions are rugged, built for continuous or intermittent duty, able to handle viscous, abrasive, or solid-laden fluids.

Example model:

• Verderflex Electric Peristaltic Dosing Pump — This is a self-priming peristaltic metering pump driven by electricity, able to dose fluids precisely.

• Verderflex Vantage 3000 P — A compact, programmable peristaltic tube pump designed for low-to-medium flow dosing, with high repeatability and options for remote control.

We are offering Dosing Pumps to our client. The reciprocating movement of the displacer, within the sort of a plunger or a diaphragm, which alternately increases and reduces the working space. so as to stop the return flow of the conveyed medium, the working space has got to be closed by two valves.
During the backward movement of the displacer, the working space increases and a vacuum is made relative to the pressure ahead of the automated suction valve. thanks to this pressure difference, the suction valve opens and therefore the conveyed fluid is sucked into the working space. Once the displacer reaches its rear dead-center position, the suction stroke ends. The suction valve closes by its own weight or by a further spring load. During the forward movement of the displacer, the working space decreases. As a result, the pressure increases. When the pressure increases to slightly above the discharge pressure, the automated discharge valve opens and therefore the fluid volume is now discharged from the working space. within the front dead-center position, the pressure valve closes. Then the subsequent stroke cycle begins.
In most reciprocating positive displacement pump designs, the flow depends only minimally on the discharge pressure. This entails a rigid pressure characterisic function. Furthermore, the flow features a linear dependency on the stroke length and stroke frequency. Reciprocating positive displacement pumps are therefore suited to the conveyance and precise metering of fluids across a good pressure and flow range.