Mechanical Pan Circulator Manufacturer in India

 

reactor pressure vessel manufacturer

The Galaxy Industrial Equipment is the leading reactor pressure vessel manufacturer in India. The reactor pressure vessel is specifically used by the pharmaceutical, chemical, fertilizer, food, petrochemical and other related industries. Galaxy Industrial Equipment develops and manufactures pressure vessels and reactors, according to international standards and norms. We supply reactor systems with external and internal coils for heating and cooling applications.

 

All materials come from reputable suppliers to provide end users with the best quality of reactors and pressure vessels. Test method for testing the penetration of paint to verify the quality of the welding of pressure vessels and reactors.

Different types of reactors produced by us:

1. double jacket reactor.
2. Limpet Reactor.
3. autoclaving.
4. GMP models.
5. Pressure vessels.

The Galaxy Industrial Equipment is the best manufacturer of high speed disperser, reactor pressure vessel manufacturer, heat exchanger manufacturer in India. For more details contact us.

Reactor And Pressure Vessels Manufacturer

 

reactor pressure vessel manufacturer

The Galaxy Industrial Equipment is the leading reactor pressure vessel manufacturer in India. The reactor pressure vessel is specifically used by the pharmaceutical, chemical, fertilizer, food, petrochemical and other related industries. Galaxy Industrial Equipment develops and manufactures pressure vessels and reactors, according to international standards and norms. We supply reactor systems with external and internal coils for heating and cooling applications.

 

All materials come from reputable suppliers to provide end users with the best quality of reactors and pressure vessels. Test method for testing the penetration of paint to verify the quality of the welding of pressure vessels and reactors.

Different types of reactors produced by us:

1. double jacket reactor.
2. Limpet Reactor.
3. autoclaving.
4. GMP models.
5. Pressure vessels.

The Galaxy Industrial Equipment is the best manufacturer of high speed disperser, reactor pressure vessel manufacturer, heat exchanger manufacturer in India. For more details contact us.

MECHANICAL PAN CIRCULATOR

Mechanical circulators are installed in a vacuum pan to reduce the color of the sugar, along with an increase in the production of pans to reduce boiling time. Due to the increase in heat transfer coefficient, the accumulation time is reduced by up to 30%, thereby increasing the unit's production capacity.

The mechanical construction of the circulator consists of a motor driving gearbox that reduces the speed required for the connected shafts and impellers. The sealing is arranged between the circular and the pan to maintain the vacuum. This seal may be of a packed gland type. Variable speed direct torque control drive (VFD) is used to operate the motor.

The drive is programmed to run as fast as possible while keeping the motor within the allowable power and torque capabilities. If the masculine viscosity increases, the drive senses an increase in the required torque and slows the motor from overloading any component. If for muscular cooling, the drive travels when the muscovite viscosity increases at the lowest speed of driving.

Technical Superiority:

•         It is commonly used in the sugar industry to enhance the efficiency of the                             crystallization process.

•         A, B and C can be used for massaiites.

•         Improves heat transfer efficiency by imposing higher rates of heat transfer and                     evaporation.

•         Avoid loss of head and less deposition on the tubes due to Friction of    

           circulating crystals.

•         Uniform and Compatible crystal formation.

•        colour Less  in the sugar and reduced risk of sugar losses by local overheating                     with low risk of smelting of crystals.

•         Possibility of feeding the pan with syrup and molasses tank .

•         Opportunity to use low steam pressure for heating.

•         Centrifuge washing water use less .

•         The use of low pressure steam can result in reduced steam consumption.

Key Design Features:

•           Process design basis adopted over the Traditional thumb rule approach of                             pan tonnage based motor rating selection.

•           Saving in time up to 30% for the strike.

•           Maximum heat reached by the massecuite substantially lower.

•           Rugged heavy duty design.

•           Mechanical arrangement to ease maintenance activity.

•           Options of gearbox types – planetary, inline helical, bevel helical     arrangements.

•           Genuine material specifications with material test certificates.

Agitator (device)

An Agitator is a device or mechanism in which to move or move something. There are several types of movement machines, including washing machine agitators (which move back and forth) and magnetic agitators (which have a magnetic bar rotating in a magnetic field). Agitators can come in many sizes and types depending on the application.

In general, agitators usually consist of an impeller and a shaft. An impeller is a rotor that is in a hose or groove attached to the shaft. This helps to increase the pressure for the fluid to flow. Modern industrial agitators incorporate process control to better control the mixing process.

Washing machine agitator

In the upper load washing machine, the agitators project the bottom of the wash basket and create a wash basket and move back and forth, rotating the clothes from the top of the load to the bottom, then back up.

"Straight-vein" and "dual-cushion" agitators are most common in many types of agitators. "Straight-vein" is a lower and lateral wing with a movement that usually moves back and forth. The part is agitating which has washer wings at the bottom that move back and forth, and a spiral top that rotates clockwise and the cloth is used to move the washer to the bottom. The teeth do.

The Kenmore Appliance Washing Machine was the first to be introduced in 1980 by a modern-day dual-movement modern agitator. These agitators are known as company dual-rollover and triple-rollover action agitators.

Magnetic agitator

It is a device that is usually covered by a metal bar (called an ignition bar), and a sheet with a rotary magnet or series of electromagnets in a circular form to form a magnetic rotating field beneath it. General Chat Chat Lounge Usually the sheet has an arrangement of electric resistance that can heat some chemical solution.

During the operation of a typical magnetic agitator, the agitator bar is moved into a container such that the substance is dissolved in the fluid. The container must be placed on the sheet, so that the magnetic field can influence the movement bar and rotate it. This allows it to mix different foods into fast foods.

Agitation rack

A racking rack is a special form of agitation to hold platelets. It is made up of a series of clamps attached to a motorized bar, which gently rock the platelet pattern back and forth. This prevents them from being active and nurturing each other, which cannot be reversed in any current way.

Pressure vessel

Pressure Vessel is a container designed to hold gases or liquids at very different pressures than atmospheric pressure . Pressure vessels can be dangerous and fatal accidents have occurred in the history of their development and operation. As a result, pressure ship design, production, and operation are regulated by engineering executives backed by law. 

 For these reasons, the definition of pressure vessel varies between countries. Design includes maximum safe operating pressure and parameters such as temperature, safety factor, corrosion allowance, and minimum design temperature (for brittle fractures). Construction is tested using non-destructive testing such as ultrasonic testing, radiography, and pressure tests. Hydrostatic tests use water, but pneumatic tests using air or other gases . Hydrostatic test is preferred, because it is a safer method, less energy is released when fractures occur during the test (unlike gases like air, water does not rapidly increase its volume when depressed).In many countries, ships of a certain size and pressure need to be formalized. In the United States, the code is ASME Boiler and Pressure Vessel Code (BPVC). In Europe, the Code is the Pressure Equipment Directive .The information on this page is only valid in ASME. The vessels also require an official inspector to sign each new container of construction, and the maximum working pressure, maximum temperature, minimum design metal temperature, date of which company made it, date, its registration number (via the National Board) and each vessel General  Lounge ASME Official Seal (U-Stamp) for pressure vessels. The nameplate makes this ship discoverable and officially an ASME code ship.

History

In the book Leonardo da Vinci, Codex Madrid I, the earliest documented design of pressure vessels was described in 1495 in., In which a container of pressurized air was theorized to lift heavy underwater. However, vessels To be like those used today did not come about until the 1800s, when steam was generated in boilers helping to spur the industrial revolution. However, with poor material quality and production techniques, including inaccurate information on repairing design, operation, and maintenance, there are widespread harmful and often deadly explosions associated with these boilers and pressure vessels, which result in almost daily death in the joint. States.Local supplements and states in the United States began to apply rules for the construction of these ships. Dozens of people died at a time after failures on certain destructive ships, making it difficult for manufacturers to follow different rules from one place to another. The first pressure vessel code was Start developing in 1911 and released in 1914, starting the ASME Boiler and Pressure Vessel Code (BPVC). In an early effort to design a tank capable of resist pressures up to 10,000 psi (69 MPa), a 6-inch (150 mm) diameter tank was developed in 1919 that was spirally-wound with two layers of high tensile strength steel wire to prevent sidewall rupture, and the end caps longitudinally strengthen with lengthwise high-tensile rods. The required for high pressure and temperature vessels for petroleum refineries and chemical plants gave rise to vessels joined with welding instead of rivets (which were unsuitable for the Pressure and temperature) and welding was included as an acceptable means of construction in the BPVC in the 1920s and 1930s; Welding is the main means of joining metal characters today.. There have been many advancements in the field of pressure vessel engineering  such  as  advanced non-destructive testing examination, phased array ultrasonic testing and radiography, new material grades with increased oxidation resistance and stronger materials, and new ways to join materials such as explosion welding, friction stir welding, advanced theories and means of more accurately assessing the stresses encountered in vessels such as with the use of Finite Element examination, allowing the vessels to be built safer and more efficiently. Today, ships in the USA require BPVC stamping, but BPVC is not just a domestic code, many other countries have adopted BPVC as their official code. Some countries, such as Japan, Australia, Canada, Britain and Europe, have other official codes. Regardless of the country, almost all pressure channels recognize the potential dangers and requirements of standards and codes that regulate their design and construction.

Mechanical Pan Circulator

It is used in vacuum pans to provide better and stronger circulation of the muscuit, which results in better heat transfer and therefore shorter boiling times. Less sugar coloration and increased bread yield.

Produce high-quality Mechanical Pan Circulator designed to provide strong circulation and qualitatively and quantitatively improve sugar yield.

A mechanical circulator is attached to the vacuum pan to reduce boiling time, increase bread yield and reduce sugar color. As the heat transfer coefficient increases, the strike time is reduced by up to 30% and the unit's capacity increases.

The mechanical structure of the circulator consists of a motor that drives the gearbox, reducing the speed required for the connected shaft and impeller. A sealed structure is provided between the circulator and the pan to maintain a vacuum. This seal is of the packing gland type. Drive the motor using a variable speed direct torque control drive (VFD).

The drive is programmed to operate at the fastest speed possible, while maintaining the power and torque capabilities of the motor. As the viscosity of the mass cut increases, the drive senses the required increase in torque and slows down the motor to prevent component overload. The drive will trip if the mass viscosity increases to the point where the drive is operating at the lowest acceptable speed due to motor cooling.

Features Mechanical Pan Circulator:

• High product quality
• Compact design
• Low steam consumption
• Easy to install
• Sturdy structure
• Low cost maintenance
• Easy maintenance
• Shortening of boiling time
• Standardized sugar color
• Uniform crystal size
• Shaft mounting gear
• Durable sealing

Reactor Pressure Vessel Manufacturer In India

Pressure vessels can best be described as storage solutions specially designed to hold and carry gases or liquids at pressures significantly above ambient pressure. Storage of highly pressurized gases and liquids can be very volatile and dangerous. We provide pressure vessels that comply with strict safety standards to various clients in the oil, gas and petrochemical industries.

Our company has a strong reputation in the industry for providing a good quality assortment of reactor vessels. This vessel is used in different reactors for different types of chemical reactions. The ships we offer are available in different technical specifications to meet the needs of clients. It is manufactured using the highest quality raw materials in accordance with set industry standards. In addition, this Reactor Vessel is tested by quality checkers with well-defined quality parameters, providing end-users with a defect-free range.

The Galaxy process has experience designing and manufacturing pressure vessels that meet the relevancy requirements. Pressure vessels are used to heat treat a constant pressure under the liquid.

We offer affordable and efficient, from large quantities of small standard air receivers most commonly used in the chemical industry to very large pressure vessel manufacturing, vacuum, cooling, heating, separation or secondary containment vessels We can provide equipment production and delivery. The vessel is vertical in shape and has up to 100 tons of stainless steel and exotic alloy production vessels, supplying cylindrical, stainless steel and industrial pressure vessels.

Features of Pressure Vessels

• Easy installation
• Minimal maintenance
• chemical resistance
• Excellent quality, competitive price, stable guarantee system.
• Packaging and painting to customer requirements.
• Excellence under pressure.
• Easy and easy transport.
• High strength

Application for Pressure Vessels

• Cosmetic processing
• Chemical industry
• Paper and pulp industry
• Pharmaceutical processing
• Energy processing
• Fuel industry

Characteristics of Pressure Vessels

• Corrosion resistance
• High strength
• lightweight
• Easy and convenient installation
• Automotive

Galaxy Process is leading Manufacturers Company of High Speed Disperser, Side Entry Mixer, Agitator Stirrer Manufacturer and Heat Exchanger Manufacturer In India