IS-50-3P-Y diffuse reflectance integrating sphere

The IS-50-3P-Y diffuse reflection integrating sphere is a 50mm inner diameter diffuse reflection integrating sphere with high reflectivity PTFE material on the inner wall. It has a multi interface design and total reflection/diffuse reflection switching function, which can meet diverse optical measurement needs such as luminous flux, color temperature, and spectral distribution, and is both practical and flexible.

IS-50-3P-Y diffuse reflectance integrating sphere

IS-50-3P-Y diffuse reflectance integrating sphere

IS-50-3P-Y is a diffuse reflection integrating sphere with an inner diameter of 50mm. The inner wall is made of high reflectivity PTFE material and has a multi interface design and total reflection/diffuse reflection switching function. It can meet diverse optical measurement needs such as luminous flux, color temperature, and spectral distribution, and is both practical and flexible.

core message

l Model: IS-50-3P-Y

l Keywords: multi interface design, total reflection/diffuse reflection switching, luminous flux, color temperature, spectral measurement

l Core positioning: Specially designed for diversified optical measurement, with multi interface configuration and mode switching function, suitable for scientific research and industrial multi scene measurement needs

Product Specifications

l Inner liner configuration: 50mm diameter, made of diffuse reflection Lambertian characteristic PTFE material, with a reflectivity of about 97%

l Interface design: 1 SMA905 standard fiber optic interface, 1 9mm diameter incident optical interface, 1 off-axis 8 ° mounted fiber optic collimator interface

l Stray light control: The fiber optic collimating mirror is installed with an axis deviation of 8 °, effectively reducing the impact of stray light

l Mode switching: Equipped with a detachable plug, it can manually and flexibly switch between total reflection or diffuse reflection modes

l Shell material: high-strength aluminum alloy, surface treated with anodizing

Detailed specifications

Interface Description

application field

Widely used in fields such as optical material research, spectrometer calibration, solar and photovoltaic material testing, art and cultural relic protection, environmental monitoring, and food and agricultural product analysis. The core is used to measure the surface reflection characteristics of materials, including reflectivity, glossiness, and spectral properties, providing data support for evaluating photoelectric efficiency, environmental quality, material aging, and food quality. It has both scientific research and industrial application value.