Heat Exchangers

Product Details:

We manufacture and supply our clients with this range of Glass Heat Exchangers (Coil Type and Shell & Tube Type) that have been made from best quality raw material. Used for a variety of purposes such as condensation, vaporization, cooling and heating of liquid. We have these with us available in various combinations such as Glass, metal and FRP.

 

Some of its advanced features are listed below:

• Bigger heat transfer area in one unit
• Less pressure drop
• Stuffing box sealing allows easy tube replacement
• Less maintenance

 

Specifications:

• Type: Steam & Boiler Cooler
• Size: Customize
• Material: Glass

Product Details:

Our company is offering our clients with this range of Coil Type Heat Exchanger. These exchangers are widely used for their varied use of condensation of vapors and cooling fluids. We have stringently checked these exchangers on industry defined parameters prior to their dispatching to the respective customers. The coil included in this exchanger range is made of high quality heat exchanger that happens to be a good conductor of heat.

 

Specifications:

• Type: Heat Exchanger
• Size: Customize
• Material: Glass with SS

Product Details:

Our company is prominent in bringing forth to our clients this range of Falling Film Absorber. We have made this absorber in a variety of capacities that are starting from 10 kg/hr to 900 kg/hr and a diameter of up to 450 mm. This absorber is operated constantly and is the simplest form of hcl absorber. This range is inclusive of a wide range of features such as:

 

Various purposes:

• Hydrogen chloride gas/sulphur dioxide gas absorption
• Hydrogen chloride gas/chlorine gas absorption
• Hydrogen chloride gas/chlorine gas/sulphur dioxide absorption
• Hydrogen bromide gas absorption

Salient features:

• High absorption efficiency
• High acid concentration achievable
• Low outlet temperature
• Easy operation and maintenance
• Safe operation due to low isothermal temperature
• Capability to handle a wide range of gas loading with minimum liquid flow rates to maintain full tube wetting
• All the wetted parts of the falling film absorber are highly resistant to corrosion to all the aggressive gases even at elevated temperatures
• Variation in hydrogen chloride gas flow rates or composition causes no operation problem

Process Description:

• Hydrogen chloride gas is generated from the various process industries & mainly from chlorination operation, which must be scrubbed before venting to the atmosphere
• Hydrogen chloride has optimum affinity of water and can be easily absorbed in water
• The absorption of hydrogen chloride gas in to water causes large amount of heat, which must be removed by means of suitable device
• The hydrogen chloride gas enters from the top of the absorber and flows down concurrently with water/dilute hcl
• Cooling water is then circulated through shell side of the falling film absorber in order to absorb the heat, which is generated by the dilution of hydrochloric acid gas with water
• Due to its unique construction and design, the heat of absorption is effectively removed at the zone of absorption, which makes making the absorber more efficient
• Hence, the higher concentration of acid is produced because of low absorbing temperature
• The remaining un-absorbed gas along with other inerts enters from the bottom of the absorber to ventury scrubber or at the bottom of the tail gas scrubber
• Process water is circulated through ventury so that the hcl gas can be absorbed and dilute acid can be formed
• Ventury provided is advantageous as it create negative pressure in the system
• This dilute acid is circulated through falling film absorber in order to absorb hcl gas
• Sub cooler is no required by the falling film absorber to produce strong acid at ambient temperature

 

Specifications:

• Size: Customize
• Capacities starting from: 10 kg/hr to 900 kg/hr
• Diameter: Up to 450 mm

 

Product Details:

We are a leading manufacturer, exporter, wholesaler, and supplier of a wide range of Glass Mixing Unit, committed to delivering high-quality products to our valued clients.

Product Details:

We are a leading manufacturer, exporter, wholesaler, and supplier of a wide range of Glass High Pressure Reactor, committed to delivering high-quality products to our valued clients.

Product Details:

Shell And Tube Heat Exchangers are available in various option depends upon required application, which are mentioned as under. Shell and tube heat exchangers are particularly suitable for application where large heat transfer area is required in relatively confined space. Shell & tube heat exchangers are available in single-pass as well as multi - pass on tube side. Material of Construction of tube is Borosilicate Glass (3.3).

Construction Features:

The glass tube are sealed individually into PTFE tube sheet with special PTFE sockets and packing. This unique ferrule type selling arrangement permits easy replacements and cleaning of tubes. Baffles on shell side ensure improved heat transfer by increased turbulence. Further details of construction can be seen in the diagram.

Sealing Principle Similar On All Models:

• Metal / Glass Bonnet
• Ptfe Tube Shee
• Threaded Bush
• Glass Tube
• Baffle
• Metal / Glass Shell
• Ptfe Tube
• Tie Rod In Ptfe
• Cast Iron Flange
• Spring
• Screwed Rod Or Nut
• Insert

Specifications: 

Product Details:

Industrial Spacers are used to make up small increments in length and are fitted between standard buttress end components. When incorporating spacers, longer coupling bolts are required together with an additional gasket.

Specifications:

• Size: Customize
• Material: Plastic
• Color: White, Blue

Product Details:

Type Sheb 4, Sheb 6 and Sheb 9 Glass Boiler are normally mounted in external circulatory loops using a spherical vessel as the main still. They should not be installed in the bottom of a flask or column. The other types of glass coil-type boilers detailed on this page are again mounted in circulatory loops but as their nominal bore is same at the top and bottom, these units can, under certain circumstances, be installed one above the other to achieve multiples of the basic heat transfer area. The maximum pressure in the coils is 3.0 barg. The maximum differential pressure across the coils is 3.0 bars. Please refer to the performance data for glass coil-type.

Specifications: