NCERT Kits Manufacturer, Suppliers and Exporter in India

Jlabexport is a leading NCERT Kits Manufacturer,and suppliers in India

NCERT Kits are the science, mathematics, biology, physics, chemistry and molecular-model sets presented within Jlab Exports school educational equipment catalogue. Jlab Export manufactures and exports these kits for practical activities at upper-primary, secondary and senior-secondary levels.

The listed range includes an Upper Primary Science Kit, Secondary Science Kit, Senior Secondary Microscale Chemistry Lab Kit, Upper Primary Mathematics Kit, Secondary Mathematics Lab Kit, Secondary Science Lab Kit for Biology, Secondary Science Lab Kit for Physics and a Solid State Model Kit. The Upper Primary Science Kit is described for experimental learning across physics, chemistry and biology, while the Solid State Model Kit supports the construction of organic and inorganic molecular structures.

Although Jlab Exports wider catalogue serves schools, universities, TVET institutions, research organisations and industry, the named products in this category are primarily school-level kits. Exact component lists, experiment coverage and curriculum conformity should be confirmed for each product before procurement.

What products are included in the NCERT Kits category?

The NCERT Kits category contains eight listed products covering integrated science, mathematics, microscale chemistry, biology, physics and molecular modelling. Each product has a separate product code and should be evaluated against its own component list, construction, storage arrangement and intended education level.

The listed products are:

• Upper Primary Science Kit — JL-NK-10455
• Secondary Science Kit — JL-NK-10456
• Senior Secondary Microscale Chemistry Lab Kit — JL-NK-10457
• Upper Primary Mathematics Kit — JL-NK-10458
• Secondary Mathematics Lab Kit — JL-NK-10459
• Secondary Science Lab Kit Biology — JL-NK-10460
• Solid State Model Kit — JL-NK-10461
• Secondary Science Lab Kit Physics — JL-NK-10462

The available pages do not provide a complete inventory for every kit. Buyers should request the full item schedule, quantity per component and experiment list before technical approval.

How do you choose an NCERT Kit for a school?

Choose an NCERT Kit by matching the product to the school stage, subject, practical activity and number of learners. A kit should be approved only after its complete contents and experiment coverage have been compared with the schools actual requirement.

A technical enquiry should identify:

• Upper-primary, secondary or senior-secondary level
• Science, mathematics, biology, physics or chemistry requirement
• Teacher demonstration, group work or individual activity
• Required experiments or concepts
• Number of learners per group
• Number of kits required
• Required storage box or rack arrangement
• Consumables and replacement components
• Manual or activity-sheet requirements
• Delivery and packing requirements

The presence of “NCERT” in a category or product name should not by itself be treated as proof of official NCERT approval, endorsement or complete syllabus conformity. Product-level evidence should be requested where a tender specifies formal alignment.

How should Upper Primary and Secondary Science Kits be compared?

Compare the Upper Primary and Secondary Science Kits by requesting their complete equipment lists, experiment schedules, subject coverage, storage layout and quantities. The supplied pages describe the carrying boxes in detail, but they do not provide a complete component inventory for either science kit.

The Upper Primary Science Kit is described as supporting experimental learning in physics, chemistry and biology. Its metal box includes two rack arrangements and space for 42 containers or vials. The stated overall box size is 530 × 305 × 460 mm.

The Secondary Science Kit page describes a metal box with two racks, space for 42 containers or vials and an overall size of 460 × 450 × 310 mm. Its experiment list and complete contents are not stated.

How should mathematics laboratory kits be selected?

Select a mathematics laboratory kit by checking the education level, activities supported, individual components, markings, dimensions and quantities. The supplied pages provide specifications for individual Perspex strips but do not provide the complete contents of either mathematics kit.

The Upper Primary Mathematics Kit lists a transparent Perspex strip measuring 262 × 20 × 2.7–3 mm, with three holes and four specified slot locations.

The Secondary Mathematics Lab Kit lists a transparent Perspex strip measuring 264 × 20 × 2.7–3 mm. It has three 5 mm-wide slots and markings from 0 to 25 cm with millimetre divisions on both sides.

Before ordering, request the complete manipulative set, activity list, quantity of each component, storage method and teacher or student instructions.

What should be checked in a microscale chemistry laboratory kit?

A microscale chemistry kit should be checked for experiment coverage, reagent bottles, vial capacity, storage arrangement, supplied apparatus, consumables and instructions. The listed Senior Secondary Microscale Chemistry Lab Kit page mainly specifies its revolving holder and wooden storage box rather than its complete experimental contents.

The revolving top is stated as 90 mm high, with 30 holes of 25 mm diameter for 15 ml bottles and 20 holes of 16 mm diameter for vials. The listed MDF box has two internal partitions, two doors with pockets and magnetic door locking.

Buyers should additionally confirm:

• Complete chemical and apparatus inventory
• Number of experiments
• Bottle and vial quantities
• Reagent names and concentrations
• Consumable replacement requirements
• Safety instructions
• Storage conditions
• Waste-handling requirements
• Teacher and student documentation

No chemical contents should be assumed from the product title alone.

How do the subject-specific secondary science kits differ?

The subject-specific secondary science products separate biology and physics requirements, but the available product pages provide unequal levels of detail. The biology kit page describes its box arrangement, while the physics kit page provides only the product name and code.

The Secondary Science Lab Kit Biology uses a 12 mm thick wooden-plywood box measuring 350 × 320 × 250 mm. It is described with three pockets on one side, one microscope pocket, a top handle and a locking system. The contents of the pockets and the included biology instruments are not listed.

The Secondary Science Lab Kit Physics is listed as product code JL-NK-10462, but no component, experiment, construction or performance specification is supplied.

Request complete subject-wise inventories before comparing these kits.

What can students construct with the Solid State Model Kit?

The Solid State Model Kit is described for constructing organic and inorganic molecular structures. The listed shapes include linear, trigonal planar, tetrahedral, see-saw, T-shaped, trigonal pyramidal, bent, trigonal bipyramidal, octahedral, square pyramidal and square planar arrangements.

The kit is supplied in a transparent, milky-white polypropylene box with stated overall dimensions of 260 × 170 × 70 mm. The page also states that international colour codes are followed, but no specific colour-code standard or reference document is identified.

Buyers should confirm:

• Number and types of atom pieces
• Bond connectors supplied
• Colour assignment for each element
• Supported molecular structures
• Replacement-component availability
• Activity or instruction manual
• Storage compartments
• Quantity required per student group

How should a school plan quantities for NCERT Kits?

Plan kit quantities by determining the number of classes, learners, activity groups and simultaneous practical sessions. Separate complete class kits from subject-specific kits, demonstration sets, model kits and consumable components.

A useful planning schedule includes:

1. School stage
2. Subject
3. Practical activity
4. Selected kit
5. Product code
6. Learners per group
7. Groups per class
8. Number of classes
9. Total kits required
10. Replacement or consumable items
11. Teacher documentation
12. Storage and packing requirements

Where one kit is shared between several groups, confirm whether its component quantities support simultaneous use. Also identify components that can be reused and those requiring replenishment after experiments.

What should tender buyers include in an NCERT Kit enquiry?

Tender buyers should provide the complete bill of quantities, required item list, school level, subject, quantities, delivery destination and documentation clauses. Jlab Export states that its tender process supports science, mathematics, STEM, robotics and NCERT kit requirements for government and institutional procurement.

The enquiry should include:

• Tender reference and deadline
• Product or kit name
• Required curriculum or specification reference
• Complete component schedule
• Quantity of each component
• Number of kits
• Permitted deviations
• Required product samples
• Required certificate copies
• Manual or activity-book requirements
• Packing and carton marking
• Inspection conditions
• Delivery locations
• Required compliance statement

Any claim of NCERT alignment should be supported by current product documentation rather than inferred from the category name.

NCERT Kit Product Types

NCERT Kit Selection Criteria

Related Jlab Export Resources

• Jlab Export Home
• Educational Laboratory Equipment
• Product Catalogue
• Tender and OEM Enquiries
• About Jlab Export
• Frequently Asked Questions
• Contact Jlab Export

Frequently Asked Questions

What are NCERT Kits on the Jlab Export website?

NCERT Kits is Jlab Exports category for upper-primary, secondary and senior-secondary science and mathematics kits, including integrated science, biology, physics, microscale chemistry and molecular-model products. The category name alone does not establish official NCERT approval or endorsement.

Which NCERT Kits does Jlab Export list?

Jlab Export lists eight products: Upper Primary Science Kit, Secondary Science Kit, Senior Secondary Microscale Chemistry Lab Kit, Upper Primary Mathematics Kit, Secondary Mathematics Lab Kit, Secondary Biology Kit, Secondary Physics Kit and Solid State Model Kit.

Does the Upper Primary Science Kit cover more than one subject?

Yes, the Upper Primary Science Kit page states that physics, chemistry and biology concepts can be learned experimentally, but it does not provide the complete apparatus list or a subject-wise experiment schedule.

Are complete component lists available for all kits?

No, the supplied product pages do not show complete component inventories for all eight kits. Several pages mainly describe storage boxes or individual components, so buyers should request full item schedules and quantities before ordering.

What is included in the Solid State Model Kit?

The Solid State Model Kit is described for constructing organic and inorganic molecular structures in several geometrical shapes, but the supplied page does not state the exact number of atom pieces, connectors or element colours included.

Does the Secondary Science Lab Kit Physics have detailed specifications?

No, the Secondary Science Lab Kit Physics page supplies the product name and code JL-NK-10462 but does not state its contents, experiments, materials, dimensions or included accessories. Specifications should be requested before quotation approval.

Can Jlab Export quote NCERT Kits for institutional tenders?

Yes, Jlab Export states that its tender desk handles science, mathematics, STEM, robotics and NCERT kit requirements and can support line-by-line BOQ quotations, technical data and manufacturer-side documentation.

Request a Quote for NCERT Kits

Send Jlab Export the required education level, subject, product code, complete specification, quantities, delivery destination and tender-document requirements for a kit-specific quotation.

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