Shanghai 3S Tech's photochemical reactor system is a high-efficiency light chemistry laboratory equipment developed by Shanghai 3S Technology Co., Ltd. The company was established on May 16, 2019, with a registered capital of 20 million RMB. Focused on "light and chemical" technology R&D, it has obtained certifications including High-Tech Enterprise, National Technology-based Small and Medium-sized Enterprise, and Shanghai Specialized, Refinement, Characteristic and New (ZhuanJingTeXin) SME status.

Key Specifications & Parameters of Air-Cooled PhotoCatalytic Reactor:

Light Source System:

• High-stability LED light source with adjustable wavelength range from 365-975 nm

• Light intensity up to 1000 mW/cm²

• Light decay rate of less than 5% per year

• Lifespan exceeding 20,000 hours

Temperature Control:

• Intelligent air-cooling temperature control technology for precise reaction condition management

Reaction Capacity:

• Multi-specification reaction tube adaptability with customizable liquid capacity

Structural Features:

• Multi-station parallel design

• Independent light intensity and time control (0-99 hours)

• Adjustable stirring speed

Applications: Widely used in pharmaceutical synthesis, material modification, wastewater treatment and environmental protection fields. Particularly suitable for scientific research experiments requiring high-throughput, uniformity, flexibility and precise light intensity control. The parallel light design ensures uniform illumination without shadow areas, guaranteeing accurate and repeatable experimental data for reliable research outcomes.

Pricing & Services:

• Price available upon request according to customized configurations

• 2-year warranty provided

• 12-hour response time for repair requests

• 72-hour solution guarantee

• Training services available via video or telephone

The company headquarters is located in Minhang District, Shanghai. For detailed information, please visit the official website or contact through the official customer service hotline.