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Reactors
  • Hot Sale Photo Reactor Photochemical Reactors with Uv Lamps and Xenon Lamps
  • Hot Sale Photo Reactor Photochemical Reactors with Uv Lamps and Xenon Lamps
  • Hot Sale Photo Reactor Photochemical Reactors with Uv Lamps and Xenon Lamps
  • Hot Sale Photo Reactor Photochemical Reactors with Uv Lamps and Xenon Lamps
  • Hot Sale Photo Reactor Photochemical Reactors with Uv Lamps and Xenon Lamps
  • Hot Sale Photo Reactor Photochemical Reactors with Uv Lamps and Xenon Lamps
Hot Sale Photo Reactor Photochemical Reactors with Uv Lamps and Xenon Lamps

Hot Sale Photo Reactor Photochemical Reactors with Uv Lamps and Xenon Lamps

  • 1 - 1 Sets
    $5,000
  • >= 2 Sets
    $3,500
View product details

Hot Sale Photo Reactor Photochemical Reactors with Uv Lamps and Xenon Lamps

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Photochemical Reaction Support: Equipped with UV and xenon lamps, the reactor enables precise light-driven chemical reactions in a transparent glass vessel for real-time observation.
  • Automated Control System: The digital control unit manages temperature, light intensity, and stirring, ensuring optimal reaction conditions with minimal manual intervention.
  • Modular Design: Multiple ports and connections allow customization of experimental setups, supporting diverse configurations for tubular reactor applications.

Key features

  • 1. Corrosion-Resistant Material Technology

    • With a corrosion-resistant stainless steel frame and transparent borosilicate glass vessel, you can ensure long-lasting durability in corrosive environments while visually monitoring reactions in real-time. ~30% more durable than plastic-framed reactors*

  • 2. Automated Interactive Design

    • With an automated digital control panel with multi-parameter presets and intuitive button controls, you can achieve precise temperature and light intensity adjustments without manual intervention. Up to 40% faster setup than manual models*

  • 3. Versatile Performance Parameters

    • With dual capacity configurations (0.5L and 5L) and 220V universal voltage compatibility, you can seamlessly switch between small-scale experiments and larger batch processing. Suitable for both laboratory and industrial applications*

  • 4. Modular Scenario Solutions

    • With modular design featuring interchangeable UV and xenon lamp configurations, you can customize setups for diverse photochemical applications ranging from academic research to industrial synthesis. Adaptable to ~20 different reaction types*

  • 5. Safety-Compliant Certification Standards

    • With stainless steel construction and borosilicate glass meeting ISO safety standards, you can ensure compliance in regulated laboratory environments. Meets NSF/ANSI safety protocols*

Product details

Hot Sale Photo Reactor Photochemical Reactors with Uv Lamps and Xenon Lamps

The Hot Sale Photo Reactor is a versatile photochemical reactor system designed for laboratory-scale synthesis, featuring UV and xenon lamps for precise light-controlled reactions. Its transparent glass reactor vessel enables real-time observation, while the stainless steel frame ensures durability. Available in 0.5L and 5L capacities, it supports automated operation and customizable setups for diverse experimental needs.

Technical specifications

FeatureSpecificationBenefit
Reactor MaterialBorosilicate glass with high transparency and thermal resistanceEnables clear observation of reactions and withstands temperature fluctuations
Frame MaterialStainless steel (304 grade)Corrosion-resistant and durable construction
Capacity Options0.5L, 5LScalable for small-scale R&D or medium-volume production
Light SourcesUV lamps + xenon lamps (adjustable wavelength/intensity)Versatile illumination for photochemical and photolytic reactions
Automation GradeFully automatic (temperature, pressure, and light control via digital panel)Reduces manual intervention and ensures precise parameter stability
Safety FeaturesCondenser, pressure relief valve, and overheat protectionPrevents vapor loss and safeguards against hazardous conditions
Voltage220V ACStandard global compatibility

Customization guide

Adjustable parameters:

  • Capacity: Choose between 0.5L (lab prototyping) or 5L (pilot-scale testing).
  • Light Configuration: Optimize UV/xenon lamp combinations for specific wavelength requirements.
  • Add-On Modules: Integrate temperature probes or additional stirrers for complex setups.

Get inspired

Ideal for synthesizing light-sensitive compounds, pharmaceutical intermediates, or nanomaterials. With its modular design and dual lamp system, researchers can replicate natural sunlight or UV-driven processes with precision.

Choose your model

ParameterBase Model (0.5L)Advanced Model (5L)Pro Model (5L + Enhanced)
Capacity0.5L5L5L
Light SourcesUV lamps onlyUV + xenon lampsUV + xenon + tunable LED
Automation LevelSemi-automatic (manual override)Fully automaticAI-driven optimization
Temperature Control Range-10°C to 200°C-20°C to 250°C-30°C to 300°C
Safety FeaturesBasic pressure reliefReal-time leak detectionSelf-diagnostic system

Supplier's note

  1. Technical Breakthroughs:

    • Transparent Reactor Vessel: With borosilicate glass, you can visually track reaction progress without interrupting the process.
    • Dual Lamp System: The xenon lamp in Advanced/Pro models provides full-spectrum light, mimicking natural sunlight for broader application.
    • Stainless Steel Frame: The corrosion-resistant 304 steel ensures longevity in harsh chemical environments.

  2. Version Selection Guidance:

    • Base Model: Best for academic labs needing cost-effective small-scale testing (e.g., student experiments).
    • Advanced Model: Ideal for R&D teams requiring scalability (e.g., pharmaceutical pilot batches).
    • Pro Model: Suited for industrial users demanding high-precision control (e.g., nanomaterial synthesis at extreme temperatures).

With the Pro’s tunable LED, you can achieve 20% faster reaction rates than traditional UV-only systems. Its AI-driven automation also reduces setup time by 30% compared to manual models.

Frequently asked questions

  • Which photochemical reactor model is best suited for small laboratories with limited space?

  • How do I clean the condenser on a photochemical reactor with UV/Xenon lamps?

  • Why is the reactor vessel made of glass instead of stainless steel?

  • Can this photochemical reactor system be customized for specific experimental configurations?

  • Are the UV and Xenon lamps suitable for both organic synthesis and photodegradation studies?

  • Does the reactor comply with laboratory safety and electrical standards?

  • How does the automation feature improve reaction control in photochemical experiments?

  • What capacity options are available for scaling experiments from prototyping to production?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Material CompositionLab equipment requiring corrosion resistanceIndustry Standard: Carbon steel (ASTM A36)
Our Base: 304 Stainless Steel (ASTM A240)
Our Advanced: 316L Stainless Steel (ASTM A276)		▲ Base: 2x corrosion resistance over industry
▲ Advanced: 3x corrosion resistance (tooltip: Marine-grade durability)		Base: 10% heavier than plastic alternatives
Advanced: 20% higher cost
Capacity OptionsSmall-scale R&D to pilot productionIndustry Standard: 2L max (ISO 8312)
Our Base: 0.5L (ISO 9001)
Our Advanced: 5L (ISO 9001)		▲ Advanced: 10x volume capacity ▲ Base: Compact for benchtop use (tooltip: Fits standard fume hood spaces)Base: Limited scalability
Advanced: Requires dedicated installation space
Automation LevelHigh-throughput screening labsIndustry Standard: Semi-automatic (manual temperature control)
Our Base: PID Temperature Control (IEC 60730)
Our Advanced: Full Automation (ISO 9283 Class 4)		▲ Advanced: 40% faster workflow ▲ Base: ±1°C accuracy (tooltip: Reduces human error in critical reactions)Base: Requires operator oversight
Advanced: 30% higher energy consumption
Reactor TypePhotochemical synthesisIndustry Standard: Batch reactor
Our Base: Tubular Reactor (ASME BPVC)
Our Advanced: Coiled Tubular Reactor		▲ Advanced: 50% shorter reaction time (tooltip: Enhanced UV/Xenon lamp exposure)
Base: Continuous flow capability		Base: Requires pre-mixed reactants
Advanced: Complex maintenance
Voltage CompatibilityGlobal lab installationsIndustry Standard: 110V only
Our Base: 220V (IEC 60038)
Our Advanced: Dual 110V/220V (IEC 60038)		▲ Advanced: Global usability ▲ Base: 25% lower energy cost in regions using 220V (tooltip: Common in industrial labs)Base: Regional limitation
Advanced: Slightly bulkier power unit
Safety FeaturesHazardous chemical labsIndustry Standard: Basic pressure relief valve
Our Base: Overpressure Shut-off (NFPA 49)
Our Advanced: Dual Redundant Safety (ASME PCC-1)		▲ Advanced: 0安全事故记录 in 10k+ hours (tooltip: Automated emergency shutdown)
Base: 30% faster response time		Base: Limited to single-fault tolerance
Advanced: 20% higher upfront cost

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