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Chemical Bonding Chart
Chemical Bonding Chart (Product Code: SCL-547/023) is a classroom-sized 75 x 100 cm wall chart used to teach how atoms join to form compounds in school and college chemistry. It hangs from a plastic roller, and its colour print on poly art plastic sheet has a weather-proof surface that can be washed and marked with notes. It is supplied by Jain Scientific Equipments Pvt Ltd (ScienceLab), Ambala, India.
Specifications
| Parameter | Detail |
|---|---|
| Subject | Chemical bonding |
| Size | Classroom sized, 75 x 100 cm |
| Coloured, on poly art plastic sheet | |
| Mounting | Fitted with plastic roller |
| Surface | Weather proof, washable and markable |
| Product code | SCL-547/023 |
| Supplied by | Jain Scientific Equipments Pvt Ltd (ScienceLab), Ambala, India |
What Is the Chemical Bonding Chart Used For?
Bonding is one of the more abstract ideas in school chemistry: students have to picture electrons being transferred or shared and then connect that to the properties of salts, molecular substances and metals. A large wall chart gives the class a common visual while the teacher explains, and it stays up for revision long after the first lesson. Students can then build the same substances with molecular model sets to see how bonding decides shape, so the chart is a natural partner for a chemistry teaching kit in Indian classrooms.
The markable surface lets a teacher sketch dot-and-cross diagrams or arrows beside the printed artwork during the lesson and wipe them away before the next group arrives. Clean the chart with a soft, damp cloth, hang it flat by its plastic roller, and roll it loosely if it has to move between classrooms.
Supplier
ScienceLab is the trading name of Jain Scientific Equipments Private Limited in Ambala, Haryana, which supplies the Chemical Bonding Chart with molecular model kits and other chemistry charts for classroom teaching. Schools, colleges and distributors in India and international markets can quote charts and models together. See the ScienceLab company profile for details.
Related Chemistry Lab Equipment
These charts and models extend a bonding lesson:
- Hybrid Orbital Chart — takes bonding further into hybridisation and molecular shape
- Electronegativity chart — helps predict whether a bond is ionic or covalent
- NCERT Molecular Model Kit — for building molecules discussed in class
- Modern Periodic Table Laminated — links bonding behaviour to position in the table
- Atom Molecular Models Set — an alternative model set for group work
More chemistry charts are available in the Chemistry Lab category.
Frequently Asked Questions
What are the size and material of the Chemical Bonding Chart?
The Chemical Bonding Chart is classroom sized at 75 x 100 cm, colour printed on poly art plastic sheet and fitted with a plastic roller for hanging flat on a classroom or laboratory wall.
Which types of bonding are shown?
The detailed artwork of the Chemical Bonding Chart is not listed on this page. Please ask through our contact page and we will share the current content so you can check it against your syllabus.
Can students write on the Chemical Bonding Chart?
Yes. The Chemical Bonding Chart has a markable, washable surface, so dot-and-cross diagrams or notes in non-permanent marker can be added during a lesson and wiped off before the next class.
Will it last in a lab environment?
The Chemical Bonding Chart has a weather-proof poly art plastic surface that tolerates humidity and can be wiped with a soft, damp cloth when splashed or dusty, so it can stay on a lab wall all year.
Should it be paired with a model kit?
Many teachers use the Chemical Bonding Chart for explanation and a molecular model kit for hands-on building, so students compare the flat diagram with a three-dimensional model. Suitable kits are listed in the related items above.
Who supplies the Chemical Bonding Chart?
The Chemical Bonding Chart is supplied by Jain Scientific Equipments Pvt Ltd (ScienceLab), Ambala, India, to schools, colleges and distributors in India and international markets; list the charts and quantities you need when you enquire.
Request a Quote
Ask for a quotation on the Chemical Bonding Chart (SCL-547/023) through the contact page, or put it in the enquiry cart with model kits and other chemistry charts.
Last updated: 24 September 2026
Hybrid Orbital Chart
Hybrid Orbital Chart (Product Code: SCL-549/024) is a wall chart depicting the different types of hybridisation, used to explain how atomic orbitals mix before bonding and why molecules take their shapes in senior secondary and college chemistry. Teachers use it alongside orbital and molecular models so students can compare a flat diagram with a three-dimensional structure. It is supplied by Jain Scientific Equipments Pvt Ltd (ScienceLab), Ambala, India.
Key Details
| Parameter | Detail |
|---|---|
| Type | Teaching wall chart |
| Content | Depicts different types of hybridisation |
| Purpose | Teaching orbital hybridisation, bonding and molecular shape |
| Suitable for | Chemistry classrooms and laboratories |
| Size and material | Please confirm with us before ordering |
| Product code | SCL-549/024 |
| Supplied by | Jain Scientific Equipments Pvt Ltd (ScienceLab), Ambala, India |
What Is the Hybrid Orbital Chart Used For?
Hybridisation links the electron arrangement of a single atom to the geometry of the molecule it forms, for example why methane is tetrahedral while ethene is flat and ethyne is linear. With the chart on the wall, a teacher can move from atomic orbitals to hybrid orbitals to bond angles in one continuous explanation, and students can keep checking the picture as they work through examples. It is equally useful for revision before examinations.
The lesson becomes more concrete when the chart is used with three-dimensional orbital models or a model set for organic structures: students look at the flat diagram, then hold the matching model and see the same angles in space. It sits well with the rest of a school’s chemistry lab equipment in India; store it rolled in a dry place away from direct sunlight when it is not on display.
Supplier
Jain Scientific Equipments Private Limited, trading as ScienceLab from Ambala, Haryana, supplies the Hybrid Orbital Chart together with orbital models and other chemistry teaching aids. Institutions and distributors in India and international markets can order the chart and matching models on one quotation. Read more on our company profile.
Related Chemistry Lab Equipment
These models and charts support the same lessons on orbitals and molecular shape:
- Orbital Model of Sp2 Hybridization — a three-dimensional model to match the chart
- Orbital Model of Sp3 Hybridization — shows the tetrahedral arrangement in space
- Atomic Orbital Model Px — explains the p orbitals that take part in hybridisation
- Molecular And Orbital Model Set – Organic Structures — for building organic molecules and their orbitals
- Chemical Bonding Chart — the wall chart that introduces bonding first
More chemistry teaching aids are listed in the Chemistry Lab category.
Frequently Asked Questions
What does the Hybrid Orbital Chart show?
The Hybrid Orbital Chart depicts the different types of hybridisation. For the exact list of examples on the current artwork, please ask through our contact page, and we will share the details so you can check them against your syllabus.
What are the size and material of the Hybrid Orbital Chart?
The size and material of the Hybrid Orbital Chart are not listed for this item. Contact us before ordering and we will confirm both, along with how the chart is finished for hanging on the wall.
Which level of student is it for?
Hybridisation is usually taught in senior secondary and undergraduate chemistry, so the Hybrid Orbital Chart suits those classrooms. We recommend checking the artwork against your syllabus before placing a class or department order.
Should I buy orbital models as well?
It helps. Orbital models let students see in three dimensions what the Hybrid Orbital Chart shows on a flat surface; the sp2 and sp3 orbital models and the model set in the related items above are commonly ordered with it.
How should the chart be stored?
When the Hybrid Orbital Chart is not on display, keep it rolled loosely in a dry place away from direct sunlight, so the print stays clear and the chart lies flat when it is hung again.
Who supplies the Hybrid Orbital Chart?
The Hybrid Orbital Chart is supplied by Jain Scientific Equipments Pvt Ltd (ScienceLab), Ambala, India, to schools, colleges and distributors in India and international markets; include quantities and the delivery location in your enquiry.
Request a Quote
Send your requirement for the Hybrid Orbital Chart (SCL-549/024) through the contact page, or add it to the enquiry cart with orbital models to quote a complete bonding and structure package.
Last updated: 24 September 2026
Elements with Name, Atomic Number, Atomic Mass And Symbol
Elements with Name, Atomic Number, Atomic Mass And Symbol (Product Code: SCL-551/025) is a chemistry wall chart depicting important elements together with their names, symbols and atomic masses, along with the atomic numbers given in its title. It serves as a quick-reference display for students learning to write chemical symbols and formulae and to calculate molecular masses, and it complements a full periodic table chart in Indian school classrooms by keeping the most frequently used data in one easy-to-scan place. It is made by Jain Scientific Equipments Pvt Ltd (ScienceLab), Ambala, India.
Key Details
| Parameter | Detail |
|---|---|
| Model No. | SCL-551/025 |
| Type | Teaching wall chart |
| Content | Important elements with their names, symbols and atomic mass; atomic number as per the chart title |
| Purpose | Quick reference for symbols, formula writing and molecular mass calculations |
| Suitable for | School chemistry classrooms and laboratories |
| Size and material | Please confirm with us before ordering |
Typical Use
When students first meet chemical symbols, they need to learn which letters stand for which element and how much each atom weighs relative to others. A chart listing the important elements with their name, symbol, atomic number and atomic mass lets them look up values while writing formulae or working out the molecular mass of a compound, instead of flipping through a textbook. Teachers often turn it into a quick-fire quiz: name an element, and the class calls out its symbol or atomic mass from the wall.
In the laboratory the same chart helps with mole and mass calculations before a practical, as part of the school chemistry lab equipment in India that supports both theory and practical sessions. Hang it where students can read it from their seats or benches, and store it rolled, in a dry place away from direct sunlight, when it is not on display.
Manufacturer
Jain Scientific Equipments Private Limited trades as ScienceLab and is based in Ambala, Haryana, where it makes charts, models and laboratory apparatus for schools and colleges in India and international markets. The ScienceLab company profile has more about the company.
Related Chemistry Lab Equipment
These items build on the same lessons about elements and atomic structure:
- Modern Periodic Table Laminated — the full periodic table for the same wall.
- Symbols of Chemical Elements — further practice in recognising element symbols.
- Atom Models — show how atomic number relates to atomic structure.
- Electronegativity chart — the next step when moving from elements to bonding.
- Chemical Bonding Chart — explains how the listed elements combine.
Browse the Chemistry Lab category for more charts and teaching aids.
Frequently Asked Questions
What information does the chart give?
It depicts important elements with their names, symbols and atomic mass, and the chart title also names atomic number.
Does it list every element?
It focuses on important elements rather than the full table. For all elements in periodic order, see the Modern Periodic Table Laminated listed above.
What are the size and material?
These are not listed for this item. Please ask through our contact page and we will confirm before you order.
Which classes is it useful for?
It suits the stage where students learn chemical symbols, formulae and molecular mass, and remains handy for later calculation work.
How should it be looked after?
Hang it flat on a dry wall and store it rolled, away from direct sunlight, when not in use.
Can you supply it with other chemistry charts in bulk?
Yes. We supply schools, education departments and distributors in India and international markets; share the list of charts and quantities when you enquire.
Request a Quote
For pricing on Elements with Name, Atomic Number, Atomic Mass And Symbol (SCL-551/025), contact us through the contact page, or add the chart to the enquiry cart with a periodic table and other wall charts.
Last updated: 24 September 2026
Classification of Organic Compounds
Classification of Organic Compounds (Product Code: SCL-553/026) is a chemistry teaching chart that depicts the different groups of organic compounds as a flow chart, so students can see how the huge family of carbon compounds divides into a few ordered classes. It gives teachers one reference to point to when organic chemistry is introduced, and it stays useful later as students learn names, functional groups and reactions. Senior secondary schools and colleges display it in chemistry classrooms and laboratories. The chart is made by Jain Scientific Equipments Pvt Ltd (ScienceLab), Ambala, India, as part of its range of chemistry lab equipment in India.
Key Details
| Parameter | Detail |
|---|---|
| Model No. | SCL-553/026 |
| Type | Chemistry teaching chart |
| Content | Different groups of organic compounds, arranged as a flow chart |
| Purpose | Teaching how organic compounds are classified |
| Suitable for | Chemistry classrooms and laboratories |
| Dimensions and printing material | Not listed; confirmed on enquiry |
Typical Use
Textbooks commonly begin organic chemistry by sorting compounds into open-chain (acyclic) and closed-chain (cyclic) types, then separating the ring compounds into homocyclic and heterocyclic groups, with alicyclic and aromatic compounds further down the tree. A flow chart makes that branching visible in one view. The teacher can trace a path from the top of the chart to a single box while naming an example such as ethane, cyclohexane, benzene or pyridine, and students quickly learn to place each new compound they meet in its correct group.
The lesson sticks better when students also build the molecules. After locating a branch on the chart, they can assemble a straight-chain or ring structure with a molecular model set for organic chemistry and compare it with the diagram. Keep the chart on display for the whole unit, because the same classification returns when nomenclature and functional groups are taught. When it is taken down, store it flat or loosely rolled in a dry cupboard.
Manufacturer
Jain Scientific Equipments Private Limited trades under the name ScienceLab from Ambala, Haryana, producing chemistry charts, models and laboratory apparatus for schools and colleges in India and international markets. Registered as an MSME enterprise under Udyam number UDYAM-HR-01-0003714, the company also holds Importer-Exporter Code AAECJ8618A from the Directorate General of Foreign Trade for overseas orders. See the ScienceLab company profile for more.
Related Chemistry Lab Equipment
Teachers planning the organic chemistry unit often order these aids with the classification chart:
- Functional Group Chart — the natural next chart, showing the groups that decide how compounds react.
- Chemical Bonding Chart — revises the covalent bonding behind every organic structure.
- Hybrid Orbital Chart — explains the shapes of chains and rings shown on this chart.
- Organic Chemistry Molecular Models Kits — for building an example from each class.
- Molecular Model Set – Organic Student — individual sets for group or pair work.
Other chemistry charts and teaching aids are listed in the Chemistry Lab category.
Frequently Asked Questions
What exactly does the chart show?
It depicts the different groups of organic compounds as a flow chart. If you need to check the branches and examples printed on the current artwork, ask us through the contact page.
Which students is it meant for?
It fits the introductory organic chemistry unit taught in senior secondary school and revised in first-year college courses. Please compare the artwork with your syllabus before ordering for many classrooms.
What size is it and what is it printed on?
These details are not listed for this item. Contact us and we will confirm them along with your quotation.
Does the chart replace molecular models?
No. The chart gives students the overall map, while models let them handle individual molecules. Many schools buy both for the same unit.
How should the chart be looked after?
Hang it away from sinks, open windows and strong sunlight, and remove dust with a soft, dry cloth.
Can you supply several copies or ship overseas?
Yes. We supply schools, colleges and distributors in India and international markets; mention the number of copies and the delivery address in your enquiry.
Request a Quote
To order the Classification of Organic Compounds chart (SCL-553/026), send your requirement through the contact page, or place it in the enquiry cart with the functional group chart and model sets for one combined quotation.
Last updated: 24 September 2026
Functional Group Chart
Functional Group Chart (Product Code: SCL-555/027) is a wall chart depicting various functional groups of organic chemistry. A functional group is the atom or small cluster of atoms – the hydroxyl group of an alcohol or the carboxyl group of an acid, for instance – that gives a whole family of compounds its typical reactions, so recognising it is one of the key skills in the subject. Chemistry teachers use the chart in lessons on nomenclature and organic reactions, and students use it as a quick reference during practicals. It is made by Jain Scientific Equipments Pvt Ltd (ScienceLab), Ambala, India, and belongs to the school chemistry lab equipment in India that the company offers for the organic chemistry syllabus.
Key Details
| Parameter | Detail |
|---|---|
| Model No. | SCL-555/027 |
| Type | Teaching wall chart |
| Content | Various functional groups of organic compounds |
| Purpose | Recognising functional groups and linking them to families of compounds |
| Suitable for | Chemistry classrooms and practical laboratories |
| Size and material | Not stated; available on request |
Typical Use
Once students know that organic compounds fall into families, the next step is learning to spot the part of a molecule that defines each family. With the chart beside the board, a teacher can draw a structure, ask the class to find its functional group on the chart and then name the family it belongs to. The chart also supports IUPAC naming, because the suffix or prefix of a name depends on the principal functional group present. Many teachers keep it with their chemistry teaching kit for the organic unit so it can go up in any room where the topic is taught.
In the practical laboratory it becomes a working reference for identification experiments, where an unknown organic compound is tested for aldehyde, ketone or carboxylic acid groups with reagents such as 2,4-DNP, Tollens’ reagent, Fehling’s solution or sodium bicarbonate. Students can check on the chart which group a positive result points to before writing their conclusion. Display it away from the fume area and wash basins so the surface stays clean and readable.
Manufacturer
ScienceLab is the brand under which Jain Scientific Equipments Private Limited, based in Ambala, Haryana, makes chemistry charts, models and practical apparatus for teaching laboratories in India and international markets. Company details are on the ScienceLab profile page.
Related Chemistry Lab Equipment
For the functional group lessons and the identification practical that follows, these items are ordered together:
- Classification of Organic Compounds — the flow chart that usually comes just before functional groups.
- 2,4 -DNP — reagent for the carbonyl test on aldehydes and ketones.
- Tollens Reagent — used in the silver mirror test that picks out aldehydes.
- Fehling A Solution — mixed with Fehling B for another aldehyde test.
- Molecular Model Set – College, Organic, Student — for building molecules that carry each group.
Browse the Chemistry Lab category for more charts, reagents and apparatus.
Frequently Asked Questions
Which functional groups appear on the chart?
The chart depicts various functional groups of organic compounds. For the exact list on the current print, please ask us through the contact page before you order.
Is it useful in the practical lab as well as the classroom?
Yes. Students can consult it during functional group tests, which helps them connect each positive result with the correct family of compounds.
Does it list the chemical test for each group?
That is not stated in the product details. We can check the artwork and let you know.
What are its dimensions and material?
They are not listed here. Ask us and we will confirm them with the quotation.
Can I order it together with the test reagents?
Yes. Add the chart and the reagents to the enquiry cart and we will send a single quotation.
What should a school include in a bulk or export enquiry?
The number of charts, the delivery address and any billing details your institution needs. We supply buyers in India and international markets.
Request a Quote
Ask for a price on the Functional Group Chart (SCL-555/027) through the contact page, or collect it in the enquiry cart with the classification chart and test reagents for your organic chemistry lab.
Last updated: 24 September 2026
towel
Towel (Product Code: SCL-557/028) is a plain white cotton towel for the hand-washing point of a school or college chemistry laboratory, where students dry their hands after washing off reagents and before they handle notebooks, food or door handles. Cotton soaks up water well, and white fabric shows at a glance when a towel is soiled and due for the laundry. The towel is supplied by Jain Scientific Equipments Pvt Ltd (ScienceLab), Ambala, India, a chemistry consumables supplier to schools and colleges.
Specifications
| Parameter | Detail |
|---|---|
| Model No. | SCL-557/028 |
| Fabric | Cotton |
| Colour | White |
| Design | Plain |
| Pattern | Plain |
| Wash care | Machine wash |
| Size | Not stated; please ask before ordering |
Typical Use
A lab towel belongs on a hook beside the sink or hand-wash station. The routine at the end of every practical is simple: remove gloves, wash hands thoroughly with soap and water, then dry them completely, because damp hands pick up powders more easily and make glassware slippery to hold. It is good practice to keep hand towels separate from the cloths used for wiping benches or drying apparatus, so that residues from the work surface never reach clean skin.
When planning a school lab setup, provide enough towels for every sink so that one set can be laundered while another is in use. Because the towels are machine washable, they can go through the wash on the same cycle as lab coats. Never use a hand towel to mop up an acid, alkali or solvent spill; follow the lab’s spill procedure and use the absorbent material intended for it, then launder or discard anything that has touched the spill.
Supplier
Jain Scientific Equipments Private Limited operates as ScienceLab from Ambala, Haryana. The company supplies everyday lab consumables such as towels to schools, colleges and dealers in India and international markets, so hand-wash stations can be stocked along with the rest of a chemistry order. More about the company is on the ScienceLab profile page.
Related Laboratory Equipment
These items complete a clean, safe hand-washing corner in the laboratory:
- Hand Wash — the liquid hand wash for the same sink.
- Hand Gloves — worn during reagent work; hands are washed and dried after removing them.
- Lab Coat — protective clothing that can be laundered on the same routine.
- Wall Mounting First Aid Kit — mounted close to the washing area for minor injuries.
Further consumables and apparatus are listed in the Chemistry Lab category.
Frequently Asked Questions
What is the towel made of?
Cotton. It is white, with a plain design and pattern.
Can it go in a washing machine?
Yes. The wash care is machine wash, so it can be laundered with other lab textiles.
What size is it?
The size is not listed. Please ask through our contact page and we will confirm it.
Can I use it to wipe up a chemical spill?
No. Keep it for drying clean hands; spills should be handled with a proper absorbent and your lab’s spill procedure.
Is it sold singly or in packs?
Pack quantity is not stated. Tell us how many towels you need and we will quote accordingly.
Can towels be added to a larger consumables order or an export shipment?
Yes. We supply institutions in India and international markets and can quote towels together with other lab consumables.
Request a Quote
Tell us how many sinks you need to equip and request a price for the Towel (SCL-557/028) through the contact page, or add it to the enquiry cart with hand wash and gloves.
Last updated: 24 September 2026
Laser Light Torch
Laser Light Torch (Product Code: SCL-561/030) is a pen-type laser pointer that produces a green laser beam, supplied for Tyndall effect experiments in the chemistry laboratory. When the narrow beam is passed through a colloid, its path lights up as a bright visible line because the dispersed particles scatter light; in a true solution the beam passes through almost unseen. That contrast makes it the quickest way to show students the difference between the two. Teachers add it to the chemistry experiment kit used for the colloids lesson. It is supplied by Jain Scientific Equipments Pvt Ltd (ScienceLab), Ambala, India.
Specifications
| Parameter | Detail |
|---|---|
| Model No. | SCL-561/030 |
| Type | Laser pointer, beam pen light (pen type) |
| Beam colour | Green laser light |
| Application | Tyndall effect experiments |
| Output power, laser class and battery type | Not listed; please confirm with us before ordering |
Typical Use
Set up two clear containers side by side: one holding a true solution such as common salt or sugar dissolved in water, the other a colloid such as a starch solution, very dilute milk or a freshly prepared ferric hydroxide sol. Darken the room and shine the laser horizontally through the side of each container in turn, aiming at a matt card or wall behind it. Students watching from the side will see a sharp beam path in the colloid and little or nothing in the solution. Smooth-walled glassware and freshly prepared, dust-free liquids give the clearest result.
Laser safety comes first. Never look into the beam, never point it at anyone’s face or eyes, and keep it away from mirrors and shiny surfaces that could reflect it. The teacher should hold and operate the pointer, switch it off between demonstrations and store it where students cannot pick it up. Kept with the science kit for students that goes to each class, it lets the same short demonstration be repeated wherever colloids are taught.
Supplier
Jain Scientific Equipments Private Limited, known by its trading name ScienceLab, is based in Ambala, Haryana. It sources and supplies accessories such as this laser torch so that institutions in India and international markets can order everything for an experiment in one place. Read more on the company profile.
Related Chemistry Lab Equipment
A complete Tyndall effect demonstration also needs the colloid, the glassware and a spare beam source:
- Starch Powder — for preparing a starch colloid that shows the beam path clearly.
- Ferric Chloride Anhydrous — added to boiling water to prepare ferric hydroxide sol.
- Glass Beaker — clear containers for comparing the solution and the colloid.
- Stirring Rod, Glass — for mixing the colloid as it is prepared.
- Laser Pen, Red — a red-beam pointer used in optics demonstrations.
More apparatus and chemicals for practical work are in the Chemistry Lab category.
Frequently Asked Questions
What colour is the beam?
Green.
Why is a green beam useful for the Tyndall effect?
The human eye is more sensitive to green light than to red, so a green beam scattered by colloid particles is usually easier to see in a classroom.
What are its output power, laser class and battery type?
These are not listed for this item. Please ask through our contact page before ordering, especially if your institution has rules on laser devices.
Can students operate it themselves?
We recommend that a teacher operates it. Anyone using it must never look into the beam or aim it at people.
Does it work in a lit room?
The beam path is easiest to see in a darkened room; in bright light the scattering in the colloid is much harder to observe.
Can you supply it with the chemicals and glassware, including for export?
Yes. Add the items to one enquiry; we supply schools and dealers in India and international markets.
Request a Quote
Request a price for the Laser Light Torch (SCL-561/030) through the contact page, or add it to the enquiry cart together with starch, ferric chloride and beakers for a ready Tyndall effect set.
Last updated: 24 September 2026
Syringe
Syringe (Product Code: SCL-563/031) is a plastic syringe used in the chemistry laboratory to demonstrate the effect of pressure on boiling point. It works as a simple reciprocating pump: a plunger, which in modern syringes is really a piston, fits tightly inside a cylindrical barrel, and pulling or pushing it takes in or expels liquid or gas through the discharge orifice at the open front end. Because the seal is tight, the same syringe can lower or raise the pressure on a small sample in seconds, which makes an abstract idea visible to the whole class. The syringe is supplied by Jain Scientific Equipments Pvt Ltd (ScienceLab), Ambala, India, among the lab consumables it offers to schools and colleges.
Specifications
| Parameter | Detail |
|---|---|
| Model No. | SCL-563/031 |
| Material | Plastic |
| Construction | Plunger (piston) fitting tightly within a cylindrical barrel |
| Working principle | Simple reciprocating pump; plunger pulled and pushed along the inside of the barrel |
| Handles | Liquid or gas, taken in and expelled through the discharge orifice at the open front end |
| Main application | Demonstrating the effect of pressure on boiling point |
| Capacity | Not stated; confirmed on enquiry |
Typical Use
For the boiling point demonstration, draw a little hot water – hot but no longer boiling – into the syringe, point the tip upwards and push out the trapped air. Seal the tip with a fingertip or a cap and then pull the plunger back steadily. The space above the water is now at reduced pressure, and the water starts to boil even though it is cooler than its normal boiling point. Push the plunger back in and the boiling stops. Students see directly that boiling point depends on the pressure above a liquid, the same reason water boils at a lower temperature on a high mountain and food cooks faster in a pressure cooker.
Hold the barrel with a cloth because the water is hot, keep the tip firmly sealed while pulling, and never heat the plastic syringe directly over a flame; warm the water separately instead. The sealed syringe also gives a quick feel for Boyle’s law, since trapped air pushes back harder the more it is compressed, and this makes a good introduction before students take measured readings on a Boyle law apparatus.
Supplier
Jain Scientific Equipments Private Limited trades as ScienceLab from Ambala, Haryana, and sources plastic ware and other lab consumables, this syringe included, for institutions in India and international markets. Read the ScienceLab company profile for background.
Related Chemistry Lab Equipment
These items support the pressure and boiling point lesson and related gas work:
- Boyle’s Law – Simple Type — for measuring the pressure and volume relationship the sealed syringe hints at.
- Three-Way Tap for Syringe — for routing gas or liquid between the syringe and other connections.
- Thermometer — to check how hot the water is before the demonstration.
- Boiling Tubes — for heating water at normal pressure as a comparison.
- Bunsen Burner — heats the water separately from the syringe.
See the Chemistry Lab category for more demonstration apparatus.
Frequently Asked Questions
What is the syringe made of?
Plastic.
What capacity is it?
The capacity is not stated in this listing. Tell us the volume you need through our contact page and we will confirm what we can supply.
How does it show the effect of pressure on boiling point?
Pulling the plunger while the tip is sealed lowers the pressure above hot water in the barrel, so the water boils below its normal boiling point; pushing the plunger back stops the boiling.
Can the syringe be heated directly?
No. It is plastic, so heat the water in separate glassware and then draw it into the syringe.
Does it work with gases as well as liquids?
Yes. It takes in and expels either liquid or gas through the orifice at its front end.
What should an institution include in its enquiry?
The quantity, the capacity you need, the delivery location and the billing details for your GST invoice. We supply buyers in India and international markets.
Request a Quote
Ask for pricing on the Syringe (SCL-563/031) through the contact page, or place it in the enquiry cart with a thermometer and Boyle’s law apparatus for a complete gas and pressure set.
Last updated: 24 September 2026
