PATIKIL 150mm/6 Inch Triangular Prism, 2 Pack Glass Optical Crystal Rainbow Prism for Photography Physics Lights Taking Photo, Clear

• A triangular prism is a tool used to split white light into its spectral colors, showing the principle of distribute. It is suitable for use in physics experiments, photography, and more.
• Specification; Color: Transparent; Material: Glass; Length: 150mm/6 Inch; Side Width: 30mm / 1.18 inch; Packing List: 2 x Triangular Prism
• Advantage: 1.Made of quality optical glass for superior clarity and precision, it is durable and practical for use. Moreover, it is compact, and convenient for you to carry it outside photography. 2. Triangular shape design that reflects light, splits white light into colors and produces a beautiful rainbow effect.
• Instruction: Step1. Place the triangular prism on a flat surface with one of its faces down. Step2.Shine a narrow beam of white light (such as from a flashlight) at a shallow angle onto the surface of the prism. Step3.You can observe how the light reflects off the other faces of the prism, creating multiple rainbow or overlapping patterns.
• NOTE: The exact pattern and angle of the light distribute will depend on the angle and the shape of the prism.

A triangular prism is a tool used to split white light into its spectral colors, showing the principle of distribute. It is suitable for use in physics experiments, teaching, photography, and more. Specification Color: Transparent Material: Glass Length: 150mm/6 Inch Side Width: 30mm / 1.18 inch Packing List: 2 x Triangular Prism Advantage Made of quality optical glass for superior clarity and precision, it is durable and practical for use. Moreover, it is compact, and convenient for you to carry it outside photography. Triangular shape design that reflects light, splits white light into colors and produces a beautiful rainbow effect. Instruction Step1. Place the triangular prism on a flat surface with one of its faces down. Step2.Shine a narrow beam of white light (such as from a flashlight) at a shallow angle onto the surface of the prism. Step3.You can observe how the light reflects off the other faces of the prism, creating multiple rainbow or overlapping patterns. NOTE: The exact pattern and angle of the light distribute will depend on the angle and the shape of the prism.