PRODUCT INTRO

This Diffuse Reflectance Accessory is designed for Fourier Transform Infrared (FTIR) and UV-Vis spectroscopy. It features a proprietary bi-convex lens optical design aimed at solving the common issues of weak signals and tedious operation found in traditional accessories. All mirrors and lenses are positioned with high precision and fixed with an anti-vibration design to ensure long-term optical stability and ease of use. The exceptionally large signal collection angle greatly enhances the collection efficiency of diffusely scattered signals. Furthermore, its unique opposed window layout also allows it to be used for measuring the reflectance of 2D planar materials. This accessory aims to provide users with stronger signals, simpler operation, and broader application scenarios, making it a powerful tool for in-situ catalysis characterization and the study of material optical properties.
Superior Signal Strength: A large signal collection cone angle of up to 62° gathers a wider range of diffuse reflectance signals. The signal intensity is more than 3 times that of traditional commercial integrating sphere accessories, resulting in an extremely high signal-to-noise ratio.
Plug-and-Play, No Alignment Needed: The optical components are precisely fixed and feature excellent anti-vibration properties. Users do not need to perform the tedious and complex optical alignment required by commercial integrating sphere accessories, making it simple to start and easy to operate.
Wide Range of Applications: Perfectly matches various diffuse reflectance in-situ cells to provide powerful support for catalyst characterization. Its 180° opposed optical path design can also be extended to measure the reflectance of 2D planar materials.
High-Quality Spectra: The proprietary bi-convex lens optical design significantly increases the collection efficiency of diffuse reflectance signals, allowing for the easy acquisition of high-quality spectra.