Tinita Engineering Private Limited

Mixers are device having set of rotating blades which is driven by motor within a tank.

They are used in Industries to mix industrial raw material for a given process in tank or vessels. There are  different type of mixtures for different industrial purpose. They generally consist of shaft, blades, impellers to help easy mixing.

The mixers find wide application in the industry and are more useful  as it  gives  more accuracy and homogeneity  and  relives labors . They can also be used  for mixing toxic  and  hazardous compounds which are dangerous to human  health. They offer greater effectiveness compared to any other method to mix . It consist of mechanical device  which is placed in a tank. The use of Titanium and Hastelloy mixtures.

Material of Construction : Titanium,  Hastelloy,

Industrial Application:  Chemical, Petrochemical, Pulp & Paper, Caustic Chlorine, Fertilizers, Dyes & Intermediates, Acetic Acid, Acetic Anhydride, Chlorination, Sulfonation system, Pesticides, Complex Acid mixture, Phosphoric Acid, Pharmaceuticals, Paints, Beverages.

These are device  used in process such as distillation, adsorption, separating by fractioning columns.  Columns are widely used in the chemical process in industries where large quantities of liquids have to be distilled  at different temperatures.  They are largely used in Petroleum processing, Petrochemicals, Natural Gas process, Coal Tar processing, brewing , Liquified air separation, Hydrocarbon solvents at different temperatures.. Crude Oil feed stock is much complex multicomponents mixture that is separated to yield pure chemicals the boiling point is used  for fractionations. The product with lowest  boiling point distills from  top of column first and product with highest boiling point  distills last.  The heater is used to generate vapor  , the vapor condenser is used to produce liquid  which moves to the top which The device helps  vapor and liquids to  separate by distillation. Towers are water circulation devices to cool   by evaporation through  systems . When more trays are provided  there is an efficient  system to separate lower boiling material from higher boiling material. Changes in composition produce heat effects and volume changes, so that there is a temperature gradient and variation in vapor, liquid flows from top to bottom of the column.  There are more devices to get more efficient contacting of vapor and liquid such as bubble-cap plate, the perforated or sieve plate and the packed column..

In the bubble –cap plate  is a horizontal device  has large number of chimneys  on which circular or rectangular caps are mounted which distributes  the vapour through the liquid. Liquid moves down from plate to plate through passages.
In the perforated or sieve plate  is a horizontal plate with many round holes or rectangular slots for distribution of vapor through liquid . Designs  are similar to bubble-cap tray so that both liquid and vapor flow through the  perforations.
The packed column  consists of small solid shapes beds over which liquid and vapor flow in opposite paths. . The large size  have horizontal redistribution decks.

Material of Construction :  Titanium, Nickel, Hastelloy, Stainless Steel.

Types : Solid Metal, Cladded Metal, Mist Eliminator, Packing Grid.
Industrial Application : Chemical, Petrochemical, Pulp & Paper, Caustic Chlorine, Acid Regeneration,  Fertilizer, Dyes & Intermediates, Acetic Acid, Acetic Anhydride, Chlorination system, Pickling , sulfonation system, Pesticides, Phosphoric Acid, Complex Acid mixtures, Ferric & Cupric Chloride, Formic, Acetic Acid, Brine solution, Wet chlorine gas, Flue gas, Desulphurization, Hypochlorite, chlorine di  oxide, Steel mills, Refinery.

They are device for transfer of heat or removing heat from one medium to another and maintain a required temperature in the system without allowing medium to mix. Heat gets transferred  through tube wall. Two fluids at different temperature flow through Heat Exchanger one fluid flows through the tube side and the other flow through outside the tube but inside the shell. Heat gets transferred from one fluid to another through tube wall.

Such a device used to transfer heat from one fluid to another without direct contact of the fluids. Heat exchangers usually maximize the transfer of heat by maximizing the contact surface area between fluids, as when the warmer fluid is passed through a series of coils or thin plates.

Heat Exchangers are termed according to their flow arrangements. They are usually designed to maximize the surface  area of the walls between two fluids.

In shell & tube Heat exchanger there are series of tubes. One unit has fluids that is either heated or cooled while second unit which runs over the tubes can either give heat or absorb heat  to carry the process. In shell-and-tube exchangers, many tubes are mounted inside a shell; one fluid flows in the tubes and the other flows in the shell, outside the tubes.

In double-pipe exchangers, one fluid flows inside the inner pipe, and the other in the  space between the two pipes.
 The design of Heat Exchangers usually includes Tube diameter, Tube thickness, Tube length, Tube pitch and corrugation.

Heat Exchangers are extensively used in Industry for cooling & heating in large scale process and systems. If there is waste of energy which can be recovered it can be used to recover and be used to heat different process without phase change.

Heat Exchanger  includes boilers, evaporators, superheaters, condensers, and coolers.

Material of Construction : Titanium, Nickel, Hastelloy, Stainless Steel, Inconel, Tantalum

Types: Shell & Tube  Heat Exchanger, U Tube Bundle, Coil Type Heat Exchanger, Double Pipe Heat Exchanger, Double Tube Heat Exchanger, Floating Heat Exchanger, Lined , Cladded Heat Exchanger, Process Heat exchanger.

Industrial Application : Chemical, Petrochemical,  Electroplating, Pulp & Paper, Caustic Chlorine, Sea Water, Aerospace, Fertilizer, Dyes & Intermediate, Food Processing, Petroleum Refining, Hydrochloric Acid, Sulphuric Acid,  Acetic, Formic, Phosphoric Acid, Chlorination system, Pickling, Sulfonation, Pesticides,  Ferric & Cupric Chlorides, Brine solution, wet chlorine, generation of steam for production of electricity, Brine solution, Wet Chlorine gas, Flue gas, Waste water treatment, Refrigeration system, wWine brewery industry.

 They are device used to control temperature of liquids inside the vessels. They are available in different configuration to suit the process applications. They are essentially heat transfer equipments.

Material of Construction : Titanium, Nickel, Hastelloy, Stainless Steel, Tantalum.

Types : Helical coil, Spiral coil, Box type coil, “S” & “U” type coil, Circular coil, Double
Helical coil, Triple Helical coil, Reactangular coil, Miter type coil.

Industrial Application :  Ferric & Cupric Chlorides, Formic, Acetic Acids, Brine Solution, Wet Chlorine gas, Flue, Desulphurization system, Hypochlorite, Acetic Acid, acetic Anhydride, Chlorination system, Pickling system,sulfonation, Pesticides, Complex acid Mixtures, Phosphoric Acid.

In an industrial process coupling, elbows  are used to connect section of pipe of different diameter.

Material of Construction :Titanium, Nickel, Hastelloy, Stainess Steel

Types :  Bend, Elbow, Reducder, Stub end, Seamless pipe, Welded ERW, Expansion Joints, Flanges types, Weld neck flanges, Slip on flange, Blind flange, Threaded Flanges, Reduction  flange, Socket flange.

Industrial Application : Chemical, Petrochemical, Electroplating, Pulp & Paper,Caustic  Chloride, Sea water, Acid regeneration, Dyes & Intermediates, Fertilizers,
Acetic  Acid, Acetic anhydride, Chlorination system, Sulfonation system, Pesticides,Complex Acid mixtures, Phosphoric Acid, Utility company, Pharmaceutical.

It is a device having conveyor system to transport materials from one location  to another. The system consists of revolving shafts which operate on power.

Material of Construction : Titanium, Nickel, Stainless Steel,

Industrial Application : Beverages, Light industries, Pharmaceuticals, Toxic material Transportation, Bulk raw material, grain storages and warehouses.

Titanium reactor is a device for containing and controlling a chemical reaction. The chemical process enables to convert raw material into final product under given pressure and temperature. During the reaction it becomes necessary to remove excess heat in the process to enable keep process under control. These titanium reactors are built to withstand high pressure in the system. Titanium reactor are provided with single or multiple flow paths for circulating coolant to give cooling to the process which is very useful in processing toxic and deadly potent compounds.

We manufacture sky bus frame that have excellent structural strength. Made to suit the extreme climatic conditions, these sky bus frames are time tested for durability. We use the finest quality material to carve out these sky bus frames.

We manufacture nickel machined components as per customer specifications. We have the capability to supply nickel machined components accurate and precise to drawings or samples. These nickel machined components are high in functionality. Our range of nickel machined components include a wide variety of industrial components for varied uses.

These repair kits are used in repairing the crack surface that are found in glass lined equipment s which cannot be repaired by any other method.

Material of Construction : Tantalum.

Types : Domed washer & disc, Repair kit set screw, Hexagonal Head screw,  Repair
Kits slot screw,  Repair kit hexagonal nuts, Cap nut with cupped point, Hexagonal Nut with cupped point, Repair kit hexagonal nut with radius, Thermo tips,Thermowelds.

Industrial Application : Repair kits for glass lined vessels like in pharmaceuticals,

These anodes provide efficient and precise plating of components. The application of these anodes reduce the process time and improve costs in the operation Platinum due to high conductivity and low consumption rate is excellent anode.

Material of Construction :

Type : Titanium Anode with double oxide coating, Titanium Anode with Triple oxide Coating.

Industrial Application :Chloroalkali, Vaccum refining of salt, Marine, Aerospace.

It is a mechanical device to control volume of flow and pressure of fluids in a Process.

Material of Construction : Titanium

Types :  Ball valves of type three piece ball valve, three piece flanged ball valves, Three piece screwed ball valve, Butterfly valves.

Industrial Application : Chemical, Petrochemical, Electroplating, Pulp & Paper,Caustic Chloride, Seawater, Acid regeneration, Fertilizer, Dyes & Intermediates,Automobile, Hydraulic Press, Power, Hydraulic Application.