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Simple Distillation Assembly
Minimum Order Quantity: 1 Piece
| Capacity | upto 50 LPH |
| Material | Borosilicate Glass |
| Usage/Application | Chemical Distillation |
| Type | Borosilicate Glass |
| Power | 6 kw |
|
Unit Cat. Ref. |
Reactor Capacity |
Bath KW |
Vapour Line |
Condenser M2 |
|
SDU20 |
20 L |
4.0 |
80 DN |
0.35 |
|
SDU50 |
50 L |
6.0 |
100 DN |
0.50 |
|
SDU100 |
100 L |
9.0 |
150 DN |
1.50 |
|
SDU200 |
200 L |
12.0 |
150 DN |
1.50 |
|
SDU300 |
300 L |
18.0 |
225 DN |
2.50 |
|
SDU500 |
500 L |
24.00 |
300 DN |
4.00 |
Additional Information:
- Production Capacity: 5
- Delivery Time: 7 day
Glass Distillation Apparatus
Minimum Order Quantity: 1 Set
| Capacity | 5000 ml |
The basic principle behind the distillation of process is that different liquids boil at different temperatures. So when a mixture is heated, the substance with lower boiling point starts to boil first and convert into vapours which can be then collected separately.
The distillation apparatus, commonly called a 'still', consists of a vessel for plant material and water, a condenser to cool and condense the vapour produced and a method of collection, or 'receiver'. Material from the appropriate part of the plant for extraction is immersed in water in the distillation vessel
It is available from 500 ml ,1,2,3,5,10,20,50,100 ,200 and 300 liters.
Glass Steam Distillation Assembly
| Capacity | 50 liter |
| Usage/Application | Extraction of volatile oils and extracts from Plants,biomass etc |
| Material | Borosilicate 3.3 low expansion Glass |
Steam Distillation Unit
Glass simple distillation Assembly
| Material | Borosilicate Glass |
| Usage/Application | Pharma |
Soxhlet Extraction Apparatus
| Country of Origin | Made in India |
Flask: Holds the solvent
Thimble: Holds the solid sample
Condenser: Condenses the solvent vapor back into liquid form
The soxhlet extractor is named after Franz von Soxhlet, a German chemist who first described its use in the late 19th century. It's commonly used in analytical chemistry to extract lipids, oils, and other compounds from solid samples. Some applications include: Food testing, Biofuels, Environmental analysis, and Production of tinctures and aromatic alcohols
Glas Reaction Cum Disillation Assembly
The unit is complete with a spherical vessel drain valve, heating bath, thermometer pocket, liquid addition vessel, agitator packed column, a coil condenser product cooler, and twin receivers.
Refer selection chart for different options available for heating system vessel, stirrers and drives speed regulators and receivers. The unit is available in vessel size of 5, 10, 20, 50, 100 and 200, 300 Litre.
Scientific Industrial Laboratory Glassware
Science Laboratory Equipment
Algae photobioreactor
Lab Glassware
A glass jacketed reactor is a type of chemical reactor that features an inner vessel (core) surrounded by an outer jacket. This jacket allows for temperature control by circulating a heating or cooling fluid, making it ideal for reactions requiring precise temperature regulation. These reactors are commonly used in laboratories and industrial settings for various chemical processes. Key Features and Benefits:
Heating Mantle
Minimum Order Quantity: 1 Piece
| Capacity | 5 L |
| Usage/Application | laboratory |
| Material | Mild Steel |
| Controller | Energy Regulator |
| Size | 1000 ml |
| Phase | single Phase |
| Brand | SSW |
A heating mantle, or isomantle, is a piece of laboratory equipment used to apply heat to containers, as an alternative to other forms of heated bath. In contrast to other heating devices, such as hotplates or Bunsen burners, glassware containers may be placed in direct contact with the heating mantle without substantially increasing the risk of the glassware shattering, because the heating element of a heating mantle is insulated from the container so as to prevent excessive temperature gradients. Heating mantles may have various forms. In a common arrangement, electric wires are embedded within a strip of fabric that can be wrapped around a flask. The current supplied to the device, and hence the temperature achieved, is regulated by a rheostat. This type of heating mantle is quite useful for maintaining an intended temperature within a separatory funnel, for example, after the contents of a reaction have been removed from a primary heat source.
Another variety of heating mantle may resemble a paint can and is constructed as a "basket" within a cylindrical canister (often made of plastic or metal such as aluminium). The rigid metal exterior supports a "basket" made of fabric and includes heating elements within the body of the heating mantle. To heat an object, it is placed within the basket of the heating mantle.
In further contrast to other methods of applying heat to a flask, such as an oil bath or water bath, using a heating mantle generates no liquid residue to drip off the flask. Also, heating mantles generally distribute heat evenly over the surface of the flask and exhibit less tendency to generate harmful hotspots.
Additional Information:
- Item Code: HM5
- Production Capacity: 100 pieces Per Month
- Delivery Time: Immediate
- Packaging Details: Sturdy Packing
Glass Distillation Column over GLR /Reactor
| Capacity | 5000 ml |
Glass Solid Liquid Extraction Assembly
Minimum Order Quantity: 1 Piece
Product Brochure
| Brand | Shankar Scientific Works |
| No Of Unit To Be Tested | 10 |
| Industry Type | chemical Industry |
| Capacity | 20-200 liters |
| Material | Glass |
Additional Information:
- Production Capacity: 10 per Month
- Delivery Time: 15 details
- Packaging Details: Standard Packaging
Glass Petri Dish
Minimum Order Quantity: 1 Piece
| Diameter | 50x17 |
| Material | Borosilicate Glass |
| Usage/Application | Chemical Laboratory |
| Size | 50 |
| Color | Transparent |
| Sterile | Yes |
| Model Name/Number | Petri Dish |
| Brand | Borosilicate Glass |
| Country of Origin | Made in India |
A glass Petri dish is a shallow, cylindrical, transparent dish, typically made of heat-resistant borosilicate glass, used in microbiology and cell culture for growing and observing microorganisms like bacteria and fungi. It provides a controlled environment for these organisms to grow and multiply, often containing a nutrient-rich agar medium.
Here's a more detailed breakdown:
Shape and Material:
Petri dishes are shallow, circular dishes with a flat, transparent lid. The glass version is usually made of borosilicate glass, which is known for its heat resistance and ability to withstand repeated sterilization.
Function:
They are primarily used to culture microorganisms. A nutrient-rich agar is poured into the dish, providing a growth medium for bacteria, fungi, and other cells. The lid helps maintain a sterile environment while allowing observation of the growth.
Sterilization:
Reusable glass Petri dishes can be sterilized by autoclaving (heating under pressure) or dry heat sterilization, which is crucial for maintaining the sterility of the culture.
Applications:
Besides microbiology, glass Petri dishes are also used in cell culture for growing and studying animal and plant cells, as well as in various quality control tests in the food industry.
Glass UV reactor/Photo bioreactor
Minimum Order Quantity: 1 unit
| Usage/Application | Chemical Industry |
| Max Pressure | 0-3 kg |
| Max Temperature | 250 degree |
| Country of Origin | Made in India |
The photochemical reactor is used to carry out a photochemical reaction, water splitting, and photochlorination reaction. The reaction takes place in the presence of photon and catalyst. Hence it is called as photocatalysis reaction or photochemical reaction. The reactor is also known as the photocatalytic reactor. The photochemical reactors complete setup includes triple jacketed immersion well, medium and high-pressure mercury lamp, lamp power supply, a chiller for cold water circulation, safety cabinet and Over Head PTFE caoted stirrer
The triple jacket immersion well consists of 2 part. One is inner double jacketed quartz well, and outer is borosilicate reaction vessel. The inner double walled immersion well is equipped with water inlet and outlet for water circulation. The lamp inserted into the double walled well and cold water flow required to maintained lamp temperature. The outer reaction vessel consists of three ports. One port used for catalyst and solvent feeding and other two ports used for gas inlet and outlet. The Borosilicate external reaction vessel with centre neck armoured TQR tapper quick fit design, where the inner quartz double jacked reactor has placed and sealed leak proof. Techinstro is the manufacturer and suppliers of the photoreactor having capacity ranges from 50 ml to 20 litres. In research, 500 ml reactor majorly used. The price of the assembly varied as per the capacity and setup requirement. The photochemical reactor assembly also includes UV protected goggles, silicon tubing for water circulation and Teflon fittings for gas inlet and outlet.
The photon plays a vital role in the photoreaction; therefore the mercury vapor lamp has been used to give specific wavelengths photon source. There are three types of light source accepted in the reactor, Low-pressure mercury lamp, Medium pressure mercury lamp, High-pressure mercury lamp. The low-pressure lamp consists of monochromatic wavelength and emits over 90% of their energy at 254 nm providing a useful source of ultraviolet radiation for the photocatalytic mechanism. The medium pressure mercury lamp emits UV light and covers the range from 250nm to 400nm with peaks at 254nm, 356nm, and 365nm is also known as UV lamp. Whereas the high-pressure mercury lamp emits visible light and covers the range from 360nm and above with peaks at 365nm, 420nm and 520nm is also known as a visible lamp. The selection of light source depends on wattage requirement and volume of the reactor. The UV output is approximately 18 -20 percent (%) of the light wattage. The UV lamp predominantly used as a photocatalytic reactor light source; hence it is known by UV reactor. We also supply xenon lamp source for the photochemical reactor on demand. The power supply or step down transformer is necessary since the light source requires quite high and constant voltage to start.
Applications of Photochemical Reactor
Photochlorination
Water Splitting
Water treatment
Pharmaceuticals industry
Research and development laboratories
Educational institutes
Alternative Energy
Environmental Engineering
Additional Information:
- Item Code: UV01
- Production Capacity: 5 reactor Per Month
- Delivery Time: 3 weeks
- Packaging Details: Sturdy Box Packaging
Glass Jacketed Reactor
Minimum Order Quantity: 1 unit
| Capacity | 500 L |
| Max Design Pressure | 1-10 Bar |
- Temperature Control:The jacket allows for precise temperature control of the reaction taking place in the inner vessel, which is crucial for many chemical reactions.
- Versatility:Glass jacketed reactors can be used for a wide range of reactions, including those requiring heating, cooling, or maintaining a specific temperature.
- Visibility:The glass construction allows for visual monitoring of the reaction process.
- Corrosion Resistance:Glass is generally resistant to many chemicals, making it suitable for a variety of reactions.
- Customization:These reactors can be customized with various accessories and stirrer types to meet specific process requirements.
- Safety:Jacketed reactors can enhance safety by providing a controlled environment for reactions, especially those that are exothermic or involve hazardous materials.
- Reproducibility:The precise temperature control contributes to the reproducibility of reactions.
- Laboratory Research:Used for a wide range of chemical reactions, including synthesis, crystallization, and distillation.
- Industrial Production:Used in the production of various chemicals, pharmaceuticals, and other materials.
- Single-Walled vs. Double-Walled:While the term "jacketed" often implies a double-walled construction, some reactors may have a single wall with a jacket-like feature for temperature control.
- Glass-Lined Reactors:These reactors feature a glass lining on the inside of a steel vessel, combining the benefits of both materials.
- Triple Jacketed Reactors:Offer even more precise temperature control by adding a third jacket layer, often with vacuum insulation to minimize heat loss.
- Pressure Limits:Glass jacketed reactors typically operate at or near atmospheric pressure, though some may be designed for vacuum applications.
- Material Compatibility:
- Stirring:Proper mixing is often essential for efficient reactions, and the type of stirrer (anchor, impeller, etc.) may need to be selected based on the reaction and reactor
Additional Information:
- Production Capacity: 5
Heating Mantle
Laboratory reactors
Minimum Order Quantity: 1 Piece
Lab glass reactors are versatile tools used in chemical laboratories for various applications like chemical synthesis, reactions, and process development. They provide a controlled environment to observe, control, and optimize chemical reactions under various conditions. Glass reactors are particularly useful for reactions where corrosion resistance and chemical inertness are crucial.
Here's a more detailed look at their uses:
1. Chemical Synthesis and Reaction Studies:
Glass reactors are essential for carrying out chemical synthesis, allowing researchers to control reaction conditions like temperature, pressure, and stirring.
They are used to optimize reaction parameters, yield, and product purity.
They can be used for single-step reactions, multi-step reactions, and continuous flow reactions.
2. Process Development:
Glass reactors help in developing and optimizing chemical processes in laboratories, pilot plants, and production.
They are used for refining and scaling up chemical reactions for industrial applications.
They can be used to study reaction kinetics, understand reaction mechanisms, and optimize process conditions.
3. Specific Applications:
Distillation:
Glass reactors are used for the distillation of solvents and for the recovery of valuable chemicals.
Crystallization:
They are used for the crystallization of chemical compounds, which is crucial for separating and purifying solid products.
Extraction:
Glass reactors are used for the extraction of plant materials, isolation of natural products, and purification of chemicals.
Biotechnology:
Glass reactors are used in biotechnology for cell culture, fermentation, and bioprocessing.
Pharmaceuticals:
They are used for the synthesis of APIs (Active Pharmaceutical Ingredients) and in the production of biopharmaceuticals.
Polymerization:
Glass reactors are used in the polymerization of various materials, including resins, adhesives, and plastics.
4. Advantages of Glass Reactors:
Corrosion Resistance:
Glass is chemically inert and resists corrosion from various chemicals, making it suitable for a wide range of reactions.
Observation:
The transparent nature of glass allows researchers to observe the reaction process, identify problems, and ensure optimal conditions.
Clean-in-Place (CIP):
The smooth surface of glass reactors makes them easy to clean, reducing the risk of contamination.
Versatility:
Glass reactors can be used for various processes, including batch and continuous reactions, under atmospheric pressure, vacuum, and controlled temperatures.
Borosilicate Glass Tube
Cylindrical Glass Reactor
Kjeldahl Distillation Assembly
Digital PH Meter
Solid Liquid Extraction Unit
| Brand | ssw |
| No Of Unit To Be Tested | 1 |
| Industry Type | Commercial |
| Capacity | 100 |
The solid to be extracted is put inside a glass fiber bag and is placed in the extraction vessel. Solvent in the reactor is boiled and condensed, and passed to the extraction vessel, from where extract is mixed with the solvent and passes to the reboiler. The process is repeated until extraction is complete. Solution is again evaporated to obtain the extract.
The unit is complete with spherical vessel, heating bath, condenser, reflux divider, extraction vessel, and necessary pipelines and valves.
The unit can be supplied with solvent feed arrangement either from the top /or from the bottom, or with both arrangements.
The unit is available in vessel size of 10, 20, 50, 100 Ltr.
Heating mantle
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Heating Mantle
Heating Mantle Intro | Features | Used forIntroduction
A heating mantle is laboratory equipment used to heat the liquids in the flask using electricity. The first heating mantle was invented in 1972 by Michael Kort Rijk and Paul Leonard Johnson, two scientific researchers of England.
The heating mantle is also known as isomantle or heating jacket is designed for advanced laboratory usage. A Round-Bottom Flask is used with the heating mantle for experimentation.
Features
- Safe and Easy to Use
- Durable
- Time-Saving
- Shockproof
- Chemical Resistant
- Spill-Proof
- Thermal Insulation
- Consistency in Stirring and Heating
Used For
- Distillation
- Extraction
- Evaporation
Laboratory Hot Water Bath
| Country of Origin | Made in India |
A water bath is laboratory equipment made from a container filled with heated water. It is used to incubate samples in water at a constant temperature over a long period of time. Most water baths have a digital or an analogue interface to allow users to set a desired temperature, but some water baths have their temperature controlled by a current passing through a reader.
Uses include warming of reagents, melting of substrates, determination of boiling point, or incubation of cell cultures. It is also used to enable certain chemical reactions to occur at high temperature.
Water baths are preferred heat sources for heating flammable chemicals, as their lack of open flame prevents ignition. Different types of water baths are used depending on application. For all water baths, it can be used up to 99.9 °C.
Buchner Funnel
A porcelain Büchner funnel is a laboratory apparatus used in filtration techniques. It is a cone-shaped filter funnel made of porcelain, a type of ceramic material that is highly resistant to heat and chemical attack. The Büchner funnel is used in conjunction with filter paper and a vacuum source to separate solid particles from liquids.
The Büchner funnel is named after its inventor, Ernst Büchner, who developed the apparatus in the late 19th century. The funnel consists of a perforated plate at the bottom, which allows for the passage of the filtered liquid, and a filter paper placed over the plate to hold back the solid particles. The apparatus is then placed on a flask and connected to a vacuum source, which creates a pressure difference that draws the liquid through the filter paper and into the flask, leaving the solid particles behind.
Porcelain Büchner funnels are used in a variety of laboratory applications, such as separating solids from liquids in chemical reactions, purifying organic and inorganic compounds, and removing impurities from liquids. They are highly durable, easy to clean, and can withstand high temperatures and corrosive chemicals.
Overall, the porcelain Büchner funnel is an essential tool in many laboratory settings and is used for a wide range of filtration processes.
Sight Flow Indicator
| Display Type | Analog |
| Model Name/Number | SG1 |
| Material | Glass |
| Size | 1", 1.5", 2", 3", 4", 6" sizes are available in PP/MS/SS-304 & 316 |
We are instrumental in bringing forth to our clients this range of Sight Flow Indicator. Variedly used for keeping a view-track of fluids in pipelines, this indicator is consistent of a very heavy but straight glass wall tube that provides complete visibility and a negligible pressure drop. Available with flange connection, in sizes 25 DN to 150 DN. A sight flow indicator basically consists of a small housing equipped with a glass window, which is inserted in a run of pipe to observe the flow of the fluid in the pipe. Sight Flow Indicators are available with special materials to meet various applications. Optional materials are available for the housings or flanges.
Specifications:
- All contact parts are made using borosilicate glass & ptfe
- Standard flange drilling are manufactured as per ans 116. 5, asa 150
- Other drilling standard are manufactured as per bs 10 table d, e and f
- Standard length of glass is 152 mm, while face to face length of sight glass is 192 mm
- Standard material used in construction of housing frame, flanges & studs is m. S zinc plated. Apart from this s. S 316, s. S. 304 & P. P. Can be supplied on request
- Suitable up to 2000°C temperature
Low Temperature Bath
Laboratory Bod Incubator
| Color | Blue |
| Country of Origin | Made in India |
A BOD (Biochemical Oxygen Demand) incubator is a specialized laboratory equipment used in measuring the amount of oxygen consumed by microorganisms in water or wastewater samples. The BOD test is a widely used method to determine the level of water pollution and the effectiveness of treatment processes.
What is a BOD incubator used for?The BOD incubator is used to provide the ideal temperature and conditions for the microorganisms to grow and consume oxygen. The incubator typically has temperature control, which is set to 20°C, the standard temperature for BOD testing. The incubator also provides a dark and sealed environment to prevent any external light or air from entering the chamber. This is important to ensure that the only source of oxygen for the microorganisms is from the water sample.
The BOD test is performed by measuring the initial dissolved oxygen (DO) level of the water sample, then incubating the sample in the BOD incubator for five days. After five days, the final DO level of the sample is measured. The difference between the initial and final DO levels is the BOD value, which is a measure of the amount of oxygen consumed by the microorganisms in the sample.
BOD incubators have a power socket inside the chamber. The presence of a power socket inside the chamber is for running equipment such as the magnetic stirrers or meters, which can be used to collect data during the BOD test.
The BOD incubator is used in a wide range of applications, including:
-Water treatment: BOD tests are used to measure the effectiveness of water treatment processes, such as the removal of pollutants from wastewater.
-Environmental monitoring: BOD tests are used to measure the level of water pollution in rivers, lakes, and other bodies of water.
-Industrial monitoring: BOD tests are used to measure the impact of industrial processes on water quality.
-Research: BOD tests are used in research to study the growth and metabolism of microorganisms in water and wastewater samples.
BOD Laboratory incubators are essential for accurate and reliable BOD testing, providing the ideal conditions for microorganisms to grow and consume oxygen. With their precise temperature control and ability to provide a dark and sealed environment, they ensure that the BOD test results are accurate and consistent.
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