Chemical Reactor

Product Details:

Limpeted Reactor Manufacturer in Mumbai, IndiaAre you searching for SS chemical reactor manufacturer in India?

We India tech Pharma Exporters from Mumbai, Maharshtra are a leading Limpeted reactor manufacturer in India. As we used superior and high grade stainless steel material for manufacturing chemical reactors, we are also popular as Stainless steel Reactor manufacturer in manufacturer in India

Our industry offers different kinds of stainless steel chemical reactors such as limpeted reactor, Jacketed Reactor, GMP reactor, mixing vessels etc.

Limpeted Reactor Manufacturer in Mumbai, India

We are a leading manufacturer, supplier and exporter of Limpeted reactor in India. We provide a wide range of high quality limpeted reactor with various kinds of sizes and specifications as per customer’s requirements. These reactors are used for industrial purposes.

How does we design limpeted reactor?

These limpeted reactors are designed and fabricated with superior quality components, contemporary machine and coil vessels by our skilled and expert professionals. The material stainless steel is used for making of limpeted reactors. It is a type of stainless steel chemical reactor. All the materials with supreme finishing are used for it.

A limpeted reactor consists of coils, vessels, valves and many other components. The vessel consists of a coil which helps to circulate heating or cooling media is used for manipulating temperature of the reactants.

Why would you choose our reactors?

With different specifications like maximum pressure and temperature, high storage capacity, and high grade, we offer limpeted reactor to a client in a short time period. Our first priority is to fulfill customer’s satisfaction and needs.

Limpeted reactors are commonly used in industries such as chemical, petrochemical, oil or pharmaceutical for heating and cooling purposes. We are widely accepted as a Limpeted reactor manufacturer in the markets for offering superior quality products with reasonable prices.

Technical specifications

• Maximum Pressure : 0-5 Kg
• Temperature : above 150 centigrade
• Storage Capacity : 500 Liter - 20000 Liter
• Material Used : SS (Stainless Steel)
• STD grade ( SS 316 Contact Part & SS 304 Non Contact Part )

Applications

Heating and cooling applications, thermic fluid, chemical reactions etc.

Additional Information:

• Delivery Time: 25- 30

Product Details:

Limpeted Reactor Manufacturer in MUMBAI, IndiaAre you searching for SS chemical reactor manufacturer in India?

We INDIA TECH PHARMA EXPORTERS from MUMBAI, Maharshtra are a leading Limpeted reactor manufacturer in India. As we used superior and high grade stainless steel material for manufacturing chemical reactors, we are also popular as Stainless steel Reactor manufacturer in manufacturer in India

Our industry offers different kinds of stainless steel chemical reactors such as limpeted reactor, Jacketed Reactor, GMP reactor, mixing vessels etc.

Limpeted Reactor Manufacturer in MUMBAI, India

We are a leading manufacturer, supplier and exporter of Limpeted reactor in India. We provide a wide range of high quality limpeted reactor with various kinds of sizes and specifications as per customer’s requirements. These reactors are used for industrial purposes.

How does we design limpeted reactor?

These limpeted reactors are designed and fabricated with superior quality components, contemporary machine and coil vessels by our skilled and expert professionals. The material stainless steel is used for making of limpeted reactors. It is a type of stainless steel chemical reactor. All the materials with supreme finishing are used for it.

A limpeted reactor consists of coils, vessels, valves and many other components. The vessel consists of a coil which helps to circulate heating or cooling media is used for manipulating temperature of the reactants.

Why would you choose our reactors?

With different specifications like maximum pressure and temperature, high storage capacity, and high grade, we offer limpeted reactor to a client in a short time period. Our first priority is to fulfill customer’s satisfaction and needs.

Limpeted reactors are commonly used in industries such as chemical, petrochemical, oil or pharmaceutical for heating and cooling purposes. We are widely accepted as a Limpeted reactor manufacturer in the markets for offering superior quality products with reasonable prices.

Technical specifications

• Maximum Pressure : 0-5 Kg
• Temperature : above 150 centigrade
• Storage Capacity : 500-20000 liter
• Material Used : SS (Stainless Steel)
• STD grade ( SS 316 CONTACT PART & NON CONTACT SS304)

Applications

Heating and cooling applications, thermic fluid, chemical reactions etc.

Additional Information:

• Delivery Time: 25- 30 DAYS

Product Details:

Additional Information:

• Delivery Time: 25- 30 DAYS

Product Details:

Limpeted Reactor Manufacturer in Mumbai, IndiaAre you searching for SS chemical reactor manufacturer in India?

We Indiatech pharma exporters from Mumbai, Maharshtra are a leading Limpeted reactor manufacturer in India. As we used superior and high grade stainless steel material for manufacturing chemical reactors, we are also popular as Stainless steel Reactor manufacturer in manufacturer in India

Our industry offers different kinds of stainless steel chemical reactors such as limpeted reactor, Jacketed Reactor, GMP reactor, mixing vessels etc.

Limpeted Reactor Manufacturer in Mumbai, India

We are a leading manufacturer, supplier and exporter of Limpeted reactor in India. We provide a wide range of high quality limpeted reactor with various kinds of sizes and specifications as per customer’s requirements. These reactors are used for industrial purposes.

How does we design limpeted reactor?

These limpeted reactors are designed and fabricated with superior quality components, contemporary machine and coil vessels by our skilled and expert professionals. The material stainless steel is used for making of limpeted reactors. It is a type of stainless steel chemical reactor. All the materials with supreme finishing are used for it.

A limpeted reactor consists of coils, vessels, valves and many other components. The vessel consists of a coil which helps to circulate heating or cooling media is used for manipulating temperature of the reactants.

Why would you choose our reactors?

With different specifications like maximum pressure and temperature, high storage capacity, and high grade, we offer limpeted reactor to a client in a short time period. Our first priority is to fulfill customer’s satisfaction and needs.

Limpeted reactors are commonly used in industries such as chemical, petrochemical, oil or pharmaceutical for heating and cooling purposes. We are widely accepted as a Limpeted reactor manufacturer in the markets for offering superior quality products with reasonable prices.

Technical specifications

• Maximum Pressure : 0-5 Kg
• Temperature : above 150 centigrade
• Storage Capacity : 500Liter -20000 liter
• Material Used : SS (Stainless Steel)
• STD grade ( SS 316 contact part / SS 304 Non Contact Part ) 

Applications

Heating and cooling applications, thermic fluid, chemical reactions etc.

Additional Information:

• Delivery Time: 30 - 40 days

Product Details:

A shell and tube condenser is a type of heat exchanger commonly used for the condensation of vapor into liquid. It consists of a shell (outer vessel) and a set of tubes (inner elements) through which the vapor flows. Shell and tube condensers are widely used in various industries, including refrigeration, air conditioning, power generation, and chemical processing. Here's an overview of the key features and working principles of a shell and tube condenser:

Components and Configuration:

1. Shell:

   • The shell is a cylindrical vessel that encases the tube bundle. It serves as a containment structure for the cooling fluid (usually water) and provides support for the tubes.

2. Tubes:

   • The tubes run through the length of the shell and are typically arranged in a bundle. These tubes are the primary heat exchange surface where the vapor undergoes condensation.

3. Tube Sheets:

   • Tube sheets are positioned at both ends of the tube bundle and serve to support and secure the tubes in place. They also help in directing the flow of the cooling fluid.

4. Baffles:

   • Baffles are internal structures within the shell that help direct the flow of the vapor and cooling fluid. They promote turbulence and enhance heat transfer efficiency.

5. Cooling Fluid Inlet and Outlet:

   • The cooling fluid (often water) enters the condenser through an inlet, circulates through the tubes, and exits through an outlet. The flow of the cooling fluid is crucial for absorbing the heat from the vapor.

Working Principle:

1. Vapor Inlet:

   • Hot vapor enters the condenser and flows through the tubes. This vapor typically comes from a process such as refrigeration or power generation.

2. Condensation:

   • As the vapor flows through the tubes, it releases heat to the surrounding tube walls. This heat transfer causes the vapor to undergo a phase change, transitioning from a gaseous state to a liquid state (condensation).

3. Cooling Fluid Circulation:

   • Cooling fluid circulates around the exterior of the tubes within the shell. The fluid absorbs the heat released during condensation, preventing the temperature inside the condenser from rising excessively.

4. Cooling Fluid Outlet:

   • The now-warmed cooling fluid exits the condenser through an outlet, carrying away the absorbed heat.

5. Condensate Collection:

   • The condensed liquid (condensate) collects at the bottom of the shell and is typically removed from the condenser.

Advantages:

• Efficiency: Shell and tube condensers are known for their high heat transfer efficiency.

• Versatility: They can handle a wide range of operating conditions and are suitable for various applications.

• Durability: The design, often using materials like stainless steel or other corrosion-resistant alloys, enhances durability.

• Scalability: Shell and tube condensers can be designed in various sizes to meet specific capacity requirements.

Applications:

• Refrigeration systems
• Air conditioning systems
• Power plants (e.g., steam power plants)
• Chemical processing industries

Shell and tube condensers are versatile and widely used due to their effectiveness in transferring heat and facilitating phase changes, making them integral components in many industrial processes.

Additional Information:

• Delivery Time: 2 weeks

Product Details:

A shell and tube condenser is a type of heat exchanger commonly used for the condensation of vapor into liquid. It consists of a shell (outer vessel) and a set of tubes (inner elements) through which the vapor flows. Shell and tube condensers are widely used in various industries, including refrigeration, air conditioning, power generation, and chemical processing. Here's an overview of the key features and working principles of a shell and tube condenser:

Components and Configuration:

1. Shell:

   • The shell is a cylindrical vessel that encases the tube bundle. It serves as a containment structure for the cooling fluid (usually water) and provides support for the tubes.

2. Tubes:

   • The tubes run through the length of the shell and are typically arranged in a bundle. These tubes are the primary heat exchange surface where the vapor undergoes condensation.

3. Tube Sheets:

   • Tube sheets are positioned at both ends of the tube bundle and serve to support and secure the tubes in place. They also help in directing the flow of the cooling fluid.

4. Baffles:

   • Baffles are internal structures within the shell that help direct the flow of the vapor and cooling fluid. They promote turbulence and enhance heat transfer efficiency.

5. Cooling Fluid Inlet and Outlet:

   • The cooling fluid (often water) enters the condenser through an inlet, circulates through the tubes, and exits through an outlet. The flow of the cooling fluid is crucial for absorbing the heat from the vapor.

Working Principle:

1. Vapor Inlet:

   • Hot vapor enters the condenser and flows through the tubes. This vapor typically comes from a process such as refrigeration or power generation.

2. Condensation:

   • As the vapor flows through the tubes, it releases heat to the surrounding tube walls. This heat transfer causes the vapor to undergo a phase change, transitioning from a gaseous state to a liquid state (condensation).

3. Cooling Fluid Circulation:

   • Cooling fluid circulates around the exterior of the tubes within the shell. The fluid absorbs the heat released during condensation, preventing the temperature inside the condenser from rising excessively.

4. Cooling Fluid Outlet:

   • The now-warmed cooling fluid exits the condenser through an outlet, carrying away the absorbed heat.

5. Condensate Collection:

   • The condensed liquid (condensate) collects at the bottom of the shell and is typically removed from the condenser.

Advantages:

• Efficiency: Shell and tube condensers are known for their high heat transfer efficiency.

• Versatility: They can handle a wide range of operating conditions and are suitable for various applications.

• Durability: The design, often using materials like stainless steel or other corrosion-resistant alloys, enhances durability.

• Scalability: Shell and tube condensers can be designed in various sizes to meet specific capacity requirements.

Applications:

• Refrigeration systems
• Air conditioning systems
• Power plants (e.g., steam power plants)
• Chemical processing industries

Shell and tube condensers are versatile and widely used due to their effectiveness in transferring heat and facilitating phase changes, making them integral components in many industrial processes.

Additional Information:

• Delivery Time: 2 weeks

Product Details: