Optical glass triangular prism designed for precise light dispersion and classroom experiments Key benefits Accurate spectrum separation: Precisely cut optical glass delivers reliable refraction, producing a clear spectrum for observation and measurement. Consistent reflection and splitting: quality optical surfaces provide good reflection and efficient splitting of incident light for reproducible results. Adjustable and supported: The prism comes with a support that allows convenient adjustment of the prism angle to control dispersion and experiment setup. Flexible use: The prism element is detachable, so the glass prism can be used on its own or as part of an assembly for different teaching and laboratory needs. Visible color range: Refracts seven colors for spectrum demonstrations, including red, orange, yellow, green, blue, and purple. Material and performance Material: grade optical glass for stable refractive properties and longlasting optical clarity. Performance: Precision cutting and polished faces enable sharp spectral lines and effective demonstration of dispersion and refraction principles. Form factor: Triangular prism shape optimized for producing a full visible spectrum when illuminated by a suitable light source. Practical applications and scenarios Classroom physics demonstrations: Use in kindergarten, primary, and school lessons to show light dispersion, refraction, and the composition of white light. Lab experiments and spectrum analysis: Suitable for handson experiments that investigate wavelength separation, color , and angular dependence of refraction. Science fairs and demonstrations: Portable and easy to set up with the included support, ideal for live demonstrations and student projects. Why choose this prism Solves common teaching challenges by providing a durable, easytoadjust optical element that produces clear, repeatable spectra. Detachable design increases flexibility for lesson planning and lab activities, allowing singleuse prism experiments or integrated setups. Designed specifically for educational settings to support progressive learning from early science exploration through more advanced studies of light behavior. Note For results, use a controlled light source and align the prism on the support while adjusting the angle to achieve the desired dispersion and spectral clarity.