Introducing the PLR-RP Series Photochemical Catalytic Reaction Evaluation Device

Introducing the PLR-RT Series Catalytic Reaction Evaluation Device

Introducing the PLR-MPBCR-O2000 Multiphase Bubble Column Photocatalytic Reaction System

Introducing the ACO17-PLS-STAS-I Small-Scale Solar Dual-Axis Tracking Application System

Introducing the PLR-PTSR-II Photo-Thermal Catalytic Reaction Apparatus, with a focus on photocatalysis

Introducing the PLR-PTSR-III Photo-Thermal Catalytic Reaction System (Low/High Pressure)

Introducing the PLR-GPTR50 Gas-Solid Phase Photo-Thermal Reactor

Introducing the next-generation Photoelectrochemical Testing System, the PEC2000

Introducing the upgraded, highly uniform integrated Xenon lamp light source, the PLS-FX300HU

Introducing the Multi-Channel Atmosphere Controller, the PLA-MAC1005

Introducing the Multi-Component Dynamic Gas Blending System, the PLD-DGCS05

Introducing the adjustable-wavelength high-intensity light source, the PLS-EM150

Introducing the Multi-Channel Photochemical Workstation, the MCP-WS1000

Introducing the Photocatalytic Gas-Solid Phase Testing and Evaluation Apparatus, the PLR-GSPR

Introducing the Quantum Yield Measurement System, the PLR-QY1000

Introducing the Multi-Functional Photochemical Reaction Instrument, the PLR MFPR-1

Introducing the Room-Temperature Constant Temperature Photochemical Catalyst Rapid Screening Equipment - Multi-Channel Photocatalytic Reaction Device, the PCX50B

Introducing the Controllable Temperature Photochemical Catalyst Rapid Screening Equipment - Multi-Channel Photocatalytic Reaction Device, the PCX50C

Introducing the Photoelectrochemical (PEC) Reaction Measurement System, the PEC1000

Introducing the Single (or Double) Beam Photoelectrochemical Incident Photon-to-Current Efficiency (IPCE) Testing System

Introducing the Fully Automated Photocatalytic Reaction System, Labsolar-6A

Introducing the Multi-Channel Photocatalytic Reaction System, the PCX-50A

Introducing the High-Uniformity Fiber Optic Light Source for Photocatalysis Applications, the FX-300

Introducing the IPCE1000 System based on Photoelectrochemical Incident Photon-to-Current Efficiency (IPCE) testing

Introducing the Microsolar300 Xenon Lamp Light Source, designed for high stability to address the light stability issues in long-term photocatalytic reactions

Introducing the Three-Electrode Photoelectrochemical Reaction Apparatus based on photocatalysis, along with the introduction of the Steady-State Surface Photovoltage Spectroscopy (collaboratively introduced)

Introducing the High-Performance Photocatalytic Reaction System
Labsolar-l AG
Labsolar-lll AG

Achieving the combination of two reaction systems, CO₂ reduction and water photolysis for hydrogen production, on the same platform，Labsolar—ll

Introducing a series of reaction systems based on photocatalytic degradation of pollutants

Introducing laboratory specialized light sources with wider applications

Introducing the first commercially operational water photolysis hydrogen production system，Labsolar-l

Introducing a 300W photocatalytic xenon lamp light source，PLS-SXE300