Flint Glass Prism Manufacturer,Supplier and Exporter in India

Product Code : SCL-OS-12890

The Educational Instrument Flint Glass Prism supports practical demonstrations of refraction, dispersion, minimum deviation, and spectral analysis. Flint glass has a higher refractive index than ordinary crown glass, making it useful when students need to observe stronger angular deviation and clearer separation of wavelengths.

The verified Educational Instrument listing closest to this product is the Spectrometer Prism, which specifies Extra Dense Flint glass or optical crown grade, equilateral 60°/60°/60° geometry, polished optical performance, and beveled edges for safer handling. Confirm whether Product Code SCL-OS-12221 is used for the standalone Flint Glass Prism before final catalogue upload.

Key Features

Equilateral 60° prism geometry supports standard prism optics experiments.

Extra Dense Flint glass option supports strong dispersion and spectral separation.

Useful for refractive index, minimum deviation, and dispersive power studies.

Beveled edges help reduce chipping risk during supervised classroom handling.

Suitable for use with spectrometers, optical benches, light sources, and slit assemblies.

Supports advanced secondary, university, vocational, and STEM optics practicals.

Precision optical faces help reduce unwanted scattering during observation.

Technical Specifications

What's Included in the Kit

1 × Flint Glass Prism / spectrometer prism

Protective storage case or packing: [confirm if supplied]

Instruction sheet, calibration note, or certificate: [confirm if supplied]

Applications / Uses

Measuring the refractive index of prism material.

Studying minimum deviation using a spectrometer.

Demonstrating dispersion and spectral separation of white light.

Determining dispersive power in advanced optics experiments.

Using with a Spectrometer for prism-angle and deviation measurements.

Pairing with a Light Source for Spectroscope for spectral observation.

Supporting broader Optical Sectional equipment setups.

How to Use the Flint Glass Prism

Place the spectrometer or optical bench on a stable laboratory table.

Clean the prism faces gently with approved optics cleaning material.

Place the prism on the prism table with one face aligned to the incident beam.

Direct a narrow light beam through the slit and collimator toward the prism.

Rotate the prism and telescope to locate the refracted or dispersed image.

Find the position of minimum deviation if refractive index is being measured.

Record the measured angles and calculate refractive index or dispersive power.

Safety note: do not look directly into intense light sources, lasers, or concentrated reflected beams. Use only under teacher or laboratory supervision.

Care & Maintenance

Handle the prism by the edges to avoid fingerprints on optical faces.

Clean only with a soft lens cloth or approved optical cleaning fluid.

Store in a padded optics case to prevent scratches and edge damage.

Keep away from dust, moisture, abrasive surfaces, heat, and chemical vapours.

Why Choose Educational Instrument

Educational Instrument manufactures and exports scientific laboratory instruments, lab experiment setups, science kits, mathematics kits, didactic models, and STEM models for academic institutions. The company supplies physics teaching apparatus across optics, mechanics, heat, electricity, magnetism, and classroom demonstration categories. Its prism optics range supports curriculum-based refraction, dispersion, and spectrometer experiments. Buyers can combine this prism with Spectrometer Prism and Optic Prism products for complete prism-optics procurement.

Frequently Asked Questions

What is a Flint Glass Prism used for?

A Flint Glass Prism is used for dispersion, refractive index, minimum deviation, prism-angle, and spectral analysis experiments in physics laboratories.

Why is flint glass used for prism experiments?

Flint glass is useful because it provides strong refraction and dispersion. This helps students observe clearer spectral separation and measurable deviation angles.

What is the geometry of this prism?

The verified reference listing specifies equilateral geometry with 60° / 60° / 60° angles.

Can this prism be used with a spectrometer?

Yes. It is suitable for spectrometer experiments involving prism angle, angle of deviation, refractive index, and dispersive power.

Is this prism suitable for school and college laboratories?

Yes. It is suitable for supervised senior school, college, university, vocational, and STEM optics laboratories.

Is the SKU confirmed for a standalone Flint Glass Prism?

The verified Educational Instrument reference is Product Code SCL-OS-12221 for Spectrometer Prism. Confirm whether the same SKU applies to the standalone Flint Glass Prism before publishing.

Recommended Product Image ALT Text

Flint Glass Prism for physics dispersion and refractive index experiment

Educational Instrument equilateral flint prism for spectrometer practical

Optical glass prism for minimum deviation and spectral analysis lab

Request a quotation for the Flint Glass Prism or browse more Optical Sectional equipment from Educational Instrument.