LED Photochemical Reactor, Parallel Light Reactor, Manufacturer/Supplier/Working Principle/Instrument Selection Guide

2025-11-27
abstract:The LED Photocatalytic Reactor from Shanghai 3S Technology is a high-efficiency laboratory device based on photocatalytic principles.


The LED Photocatalytic Reactor from Shanghai 3S Technology is a high-efficiency laboratory device based on photocatalytic principles. It utilizes LED light sources to excite surface electrons of photocatalysts to high-energy states, creating active centers that drive redox reactions. This equipment is widely applied in pharmaceuticals, environmental protection, and materials synthesis.

I. Core Features and Working Principle

  1. Precise Light Source System: Covers a wide wavelength range of 250-975 nm with over 100 specifications available. Customizable wavelengths match absorption requirements of different photocatalysts.

  2. High-Performance Output: Light intensity up to 1000 mW/cm² with light decay rate below 5% per year, ensuring stable experimental data over long periods.

  3. Intelligent Temperature Control System: Metal components efficiently conduct heat, combined with external temperature control equipment to maintain stable reaction conditions.

  4. Multi-Station Design: Independent reaction stations support individual power control (0-15 W, 0.1 W precision) and time setting (0-99 hours), significantly improving experimental efficiency.

  5. Flexible Adaptability: Compatible with reaction tubes, NMR tubes, Schlenk tubes, and other specialized containers to meet diverse experimental needs.

II. Application Fields and Value

  • Pharmaceutical Chemistry: Applied in drug synthesis, pesticide development, and food additive research

  • Environmental Protection: Used for wastewater treatment, air purification, and soil remediation

  • Energy Conversion: Supports clean energy research like water splitting for hydrogen production and CO₂ reduction

  • Materials Science: Facilitates synthesis and modification of novel functional materials

III. Equipment Selection Guide

  • Clarify Experimental Requirements: Select appropriate wavelength range (e.g., 365 nm, 405 nm, 450 nm) based on reaction type

  • Focus on Temperature Control: Ensure equipment supports required temperature range to prevent reaction condition fluctuations

  • Verify Safety Features: Choose systems equipped with water shortage alarm, overheat protection, and explosion-proof valves

  • Consider Expandability: Prioritize modular designs supporting multi-station parallel operations and upgradability

Established in 2019, Shanghai 3S Technology, a high-tech enterprise, has achieved comprehensive product layouts from research-grade to industrial-scale solutions. The company integrates equipment with process services to provide full-chain solutions from basic laboratories to industrial applications.


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