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  • 100L Polymerization High Pressure Micro Lab Industrial Fluidized Bed Autoclave Reactor
  • 100L Polymerization High Pressure Micro Lab Industrial Fluidized Bed Autoclave Reactor
  • 100L Polymerization High Pressure Micro Lab Industrial Fluidized Bed Autoclave Reactor
  • 100L Polymerization High Pressure Micro Lab Industrial Fluidized Bed Autoclave Reactor
  • 100L Polymerization High Pressure Micro Lab Industrial Fluidized Bed Autoclave Reactor
  • 100L Polymerization High Pressure Micro Lab Industrial Fluidized Bed Autoclave Reactor
100L Polymerization High Pressure Micro Lab Industrial Fluidized Bed Autoclave Reactor
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100L Polymerization High Pressure Micro Lab Industrial Fluidized Bed Autoclave Reactor

  • 1 - 1 Sets
    $8,000
  • 2 - 2 Sets
    $7,600
  • >= 3 Sets
    $7,200

Customization:

Customized logo(Min.Order: 1 pieces)
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100L Polymerization High Pressure Micro Lab Industrial Fluidized Bed Autoclave Reactor

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Polymerization and Chemical Synthesis: The 100L Polymerization High Pressure Micro Lab Industrial Fluidized Bed Autoclave Reactor is designed for efficient polymerization and chemical synthesis processes. Its high-pressure capabilities and fluidized bed technology facilitate complex reactions.
  • Distillation and Reaction Control: Equipped with a jacketed glass reactor, it allows for precise temperature control and distillation processes, ensuring optimal reaction conditions and outcomes.

Key features

  • 1. Advanced Material Technology

  • With high-quality boro 3.3 glass components, you can ensure durability and clear visibility of reactions in chemical environments, thanks to its corrosion-resistant properties.

  • 2. Interactive Modular Design

  • With a modular design and rolling base, you can easily assemble, disassemble, and transport the apparatus, offering versatility for diverse laboratory applications.

  • 3. Precision Performance Parameters

  • With precise temperature control mechanisms, you can achieve optimal reaction conditions, crucial for successful distillation processes and preventing overheating or underheating.

  • 4. Versatile Scenario Solutions

  • With a customizable setup, you can adapt the apparatus for various experimental needs, including the addition of condensers or reactors for complex chemical syntheses.

  • 5. Certified Safety Standards

  • With CE certification, you can trust that the apparatus meets safety and quality standards, providing reliable and secure operation in laboratory environments.

Product details

100L Polymerization High Pressure Micro Lab Industrial Fluidized Bed Autoclave Reactor

The 100L Polymerization High Pressure Micro Lab Industrial Fluidized Bed Autoclave Reactor is designed for advanced chemical synthesis and processing. This cutting-edge laboratory equipment combines high-quality borosilicate glass with a robust metal framework to ensure durability and precision in various chemical reactions.

Technical specifications

FeatureSpecificationBenefit
MaterialBoro 3.3 Glass, Stainless SteelHigh transparency and corrosion resistance
Capacity20L, 100LSuitable for small to large-scale reactions
Power180WEnergy-efficient operation
CertificationCEComplies with international safety standards
Automatic GradeAutomaticReduces manual intervention, enhancing efficiency

Customization guide

With its modular design, you can adjust components such as condensers and reactors to meet specific experimental needs, ensuring versatility in various laboratory setups.

Get inspired

The medium thickness and transparency of the glass make this reactor ideal for visible monitoring of reactions, perfect for educational demonstrations and precise chemical syntheses.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Capacity20L50L [+15%]100L [+30%]*
Material QualityStandard GlassEnhanced GlassPremium Glass
Automation LevelBasicIntermediateFull Automation

Supplier's note

The introduction of automatic temperature control is a significant breakthrough, allowing precise regulation which enhances reaction success rates. With modular components, users can tailor the reactor to their specific needs, from educational settings to industrial applications. When selecting the optimal version, consider the scale of your operations. The Pro Model, with its full automation and increased capacity, is ideal for large-scale industrial processes, offering efficiency and safety unmatched by traditional models.

Frequently asked questions

  • Which model of laboratory glass reactor suits small-scale chemical synthesis?

  • How do I maintain and clean the glass components of the laboratory reactor?

  • What are the benefits of using a jacketed glass reactor for laboratory experiments?

  • Can I customize the laboratory reactor to include additional components?

  • Is the 100L glass reactor certified for safety and quality standards?

  • What unique features does the fluidized bed autoclave reactor offer for chemical processing?

  • How does the laboratory reactor ensure temperature precision during distillation processes?

  • Can the laboratory reactor be easily integrated with other laboratory equipment?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Distillation ApparatusChemical Synthesis, ProcessingGlass Components (transparent for observation)High-quality material (resistant to chemicals)Fragile (requires careful handling)
Metal Framework (corrosion-resistant)Durable structure (long-lasting)Heavy (difficult to move without assistance)
Modular EquipmentVersatile Laboratory ApplicationsModular Design (easy assembly/disassembly)Customizable setup (adaptable to needs)Complexity (requires expertise to configure)
Rolling Base (mobility in labs)Easy transportation (between lab areas)Stability issues (may need locking mechanism)
Temperature Control SystemsControlled Chemical ReactionsPrecise Temperature Control (via control panel)Enhanced reaction success (prevents overheating)Cost (higher due to advanced features)
Automation Capabilities (reduced manual input)Increased efficiency (less monitoring needed)Maintenance (may require technical support)
Customized ReactorsSpecialized Chemical ReactionsFlexibility (add/remove components as needed)Tailored configurations (specific experiments)Initial setup time (longer for custom setups)
Safety Features (visual monitoring, sturdy)Increased safety (durable and safe materials)Expense (higher cost for safety enhancements)

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