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  • Glass Fluidized Bed Reactor Used in Laboratory
  • Glass Fluidized Bed Reactor Used in Laboratory
  • Glass Fluidized Bed Reactor Used in Laboratory
  • Glass Fluidized Bed Reactor Used in Laboratory
  • Glass Fluidized Bed Reactor Used in Laboratory
  • Glass Fluidized Bed Reactor Used in Laboratory
Glass Fluidized Bed Reactor Used in Laboratory

Glass Fluidized Bed Reactor Used in Laboratory

  • 1 - 2 Sets
    $3,000
  • 3 - 4 Sets
    $2,800
  • >= 5 Sets
    $2,500

Glass Fluidized Bed Reactor Used in Laboratory

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Chemical Synthesis Support: A glass fluidized bed reactor designed for precise chemical reactions, enabling real-time observation of processes due to its transparent borosilicate glass construction.
  • Precision Control: Equipped with temperature (via heating/cooling jackets) and pressure regulation systems, ensuring optimal conditions for reactions.
  • Safety & Versatility: Features safety valves, over-pressure protection, and vacuum compatibility, making it suitable for hazardous or sensitive chemical processes.

Key features

  • 1. Material Technology

  • With a high-quality borosilicate glass reactor body and corrosion-resistant stainless steel frame, you can ensure durability in harsh chemical environments while enabling real-time reaction monitoring.

  • 2. Interactive Design

  • With a modular design featuring customizable components and integrated control panels, you can easily adapt the reactor to specific experimental needs, offering greater flexibility compared to fixed systems.

  • 3. Performance Parameters

  • With precise temperature control (via heating/cooling jackets) and vacuum compatibility, you can maintain optimal reaction conditions for diverse chemical processes, including sensitive or pressure-sensitive experiments.

  • 4. Scenario Solutions

  • With a portable design featuring lockable casters and a compact footprint, you can effortlessly relocate the reactor between lab locations, maximizing operational flexibility for dynamic research environments.

  • 5. Certification Standards

  • With CE certification and built-in safety features like over-pressure protection valves, you can ensure compliance with global safety regulations while safeguarding operators and equipment during high-risk reactions.

Product details

Glass Fluidized Bed Reactor Used in Laboratory

The Glass Fluidized Bed Reactor Used in Laboratory is a versatile, modular system designed for precise chemical synthesis and processing. Crafted with high-quality borosilicate glass and a corrosion-resistant stainless steel frame, it combines transparency, durability, and safety. Equipped with temperature and pressure control systems, vacuum compatibility, and portability features, this reactor caters to diverse laboratory needs, from small-scale R&D to industrial pilot testing.

Technical specifications

FeatureSpecificationApplication Scenario
MaterialBorosilicate glass (transparent),Real-time reaction monitoring in chemical labs
Stainless steel frame (corrosion-resistant)
Capacity0.1L or 10LSmall-batch R&D (0.1L) or medium-scale trials (10L)
CertificationCE-compliantSafe operation in regulated laboratory settings
Temperature ControlHeating/cooling jackets + digital gaugesMaintaining precise reaction temperatures (e.g., exothermic processes)
Pressure ControlPressure relief valves + gaugesHigh-pressure synthesis (e.g., catalytic reactions)
Modular DesignInterchangeable componentsCustomizing setups for vacuum, mixing, or analysis integration
Warranty3 yearsLong-term reliability for frequent use

Customization guide

Adjustable capacity modules (0.1L to 10L) and interchangeable components (e.g., heating jackets, vacuum lines) allow customization to meet specific batch sizes or process requirements.

Get inspired

With its transparent borosilicate glass and modular design, this reactor enables seamless integration into workflows requiring real-time observation and adaptability. Whether synthesizing pharmaceutical compounds or testing new materials, the system ensures precision and safety.

Choose your model

ParameterBase Model (0.1L)Advanced Model (5L)Pro Model (10L)
Capacity0.1L5L10L
Temperature Range-20°C to 200°C-20°C to 250°C-20°C to 300°C
Pressure Tolerance10 bar15 bar20 bar
Automation LevelManual controlSemi-automatedFully automated
Integration OptionsBasic portsVacuum + mixerFull API control

Supplier's note

  1. Three Technical Breakthroughs:

    • Modular Design: Enables rapid reconfiguration for vacuum, pressure, or temperature-specific experiments.
    • Triple-Pressure Safety Valves: Exceed industry standards, ensuring operator safety in high-stress reactions.
    • CE Certification: Meets rigorous EU safety benchmarks for global laboratory adoption.
  2. Optimal Version Selection:

    • Base Model (0.1L): Ideal for academic researchers or startups conducting small-scale R&D. Its manual controls and compact size suit controlled lab environments.
    • Advanced Model (5L): Perfect for pilot-scale testing in chemical or pharmaceutical labs. The semi-automated controls and vacuum compatibility streamline process optimization.
    • Pro Model (10L): Designed for industrial labs requiring high-capacity, high-temperature (up to 300°C) operations. Its fully automated features reduce human error in large-batch synthesis.

With the Pro Model’s 20 bar pressure tolerance, you can safely handle reactions exceeding industry standards, while its borosilicate glass ensures visibility during high-temperature processes. Pair this with API integration to automate data logging, enhancing reproducibility.

Frequently asked questions

  • Which glass fluidized bed reactor model suits small labs with limited space?

  • How to clean the frothing nozzle of a glass reactor?

  • Glass vs Stainless Steel: Which material is better for chemical synthesis visibility?

  • Can I customize the glass reactor with additional heating elements?

  • Is the glass reactor material FDA-approved for food-grade applications?

  • What’s the difference between manual and automatic glass reactors?

  • Does the reactor support vacuum conditions for synthesis?

  • What warranty and support come with the glass fluidized bed reactor?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Material & Chemical ResistanceChemical synthesis labs, pharmaceutical R&DBorosilicate glass (ASTM D543: withstands 50+ chemicals) ▲▲
Industry: Tempered glass (ASTM D543: 30 chemicals)
Superior chemical inertness for corrosive reactionsHigher cost compared to basic glass variants
Capacity RangeSmall-scale production, academic research0.1L (Base) / 10L (Advanced) ▲▲
Industry: 5L standard
Scalable for lab-to-pilot testingBase model limited to low-volume experiments
Automation LevelIndustrial labs, high-throughput testingManual (Base) / Automated controls (Advanced) ▲
Industry: Semi-automated
Advanced: PID temperature control (±0.5°C accuracy)Manual operation requires constant supervision
Temperature ControlCryogenic/High-heat reactions-20°C to 200°C (Base) / -40°C to 250°C (Advanced) ▲
Industry: -10°C to 180°C
Wider range for extreme reaction conditionsBase model may struggle with cryogenic applications
Certification & ComplianceRegulated industries (pharma, food)CE-certified (Base/Advanced) ▲
Industry: CE is mandatory
Meets EU safety standards for hazardous material handlingAdvanced adds FDA compliance (for food/pharma) ▲▲
Customization & ModularityMulti-purpose labs, R&D flexibility3 modular ports (Base) / 8 modular ports (Advanced) ▲▲
Industry: 2 ports
Supports integration with 5+ accessories (pumps, sensors)Base requires manual disassembly for configuration

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