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Autoclave Reactor 25ml to 500ml Hydrothermal Reaction Kettle with Ptfe or Ppl Chamber

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Hydrothermal Reaction Support: Enables precise control of high-pressure and high-temperature reactions for material synthesis, chemical processing, and sample preparation.
  • Material Compatibility: Features chambers made of corrosion-resistant PTFE (polytetrafluoroethylene) or PPL (plastic-lined steel), ideal for handling aggressive chemicals and acidic/alkaline solutions.

Key features

  • 1. Corrosion-Resistant Material Technology

  • With corrosion-resistant Ptfe or PPL (platinum-plated) chambers and a stainless steel body, you can ensure durability in harsh chemical environments. ~30% more resistant to acidic/alkaline exposure than standard stainless steel reactors*.

  • 2. Ergonomic Interactive Design

  • With an ergonomic hexagonal grip design on the top, you can easily manipulate and secure samples during reactions. 40% easier to grip and stabilize than cylindrical handles on traditional models*.

  • 3. Versatile Performance Parameters

  • With adjustable capacity from 25ml to 500ml and segmented cylindrical chambers, you can accommodate diverse sample sizes. Twice as adaptable as fixed-capacity reactors for hydrothermal synthesis*.

  • 4. Scenario-Specific Solutions

  • With customizable chamber segments and a robust stainless steel frame, you can optimize reaction conditions for precise hydrothermal synthesis. Ideal for both academic research and industrial prototyping*.

  • 5. Certified Safety Standards

  • With food-grade Ptfe and medical-grade PPL options, you can ensure compliance with ISO and ASTM safety certifications. Meets 99% of laboratory safety protocols for chemical resistance and purity*.

Product details

Autoclave Reactor 25ml to 500ml Hydrothermal Reaction Kettle with Ptfe or Ppl Chamber

The Autoclave Reactor 25ml to 500ml Hydrothermal Reaction Kettle is a versatile laboratory tool designed for precise hydrothermal synthesis and chemical reactions. Constructed with a PTFE or PPL reaction chamber housed in a durable stainless steel body, it offers corrosion resistance and thermal stability. With capacities ranging from 25ml to 500ml, it caters to small-scale to mid-sized experiments, while its manual operation ensures user control over reaction parameters.

Technical specifications

FeatureSpecificationBenefit
MaterialPTFE or PPL chamber, stainless steelCorrosion resistance and thermal stability
Capacity Range25ml to 500ml (0.025L–0.5L)Versatility for varied sample volumes
Operation TypeManual gradeDirect user control for precise reactions
Pressure RatingUp to 150 bar (model-dependent)Safe handling of high-pressure reactions
Temperature Range0°C to 300°CBroad application for diverse experiments

Customization guide

Adjustable chamber sizes (25ml to 500ml) allow customization to meet specific sample volume requirements. The PTFE/PPL material choice ensures compatibility with corrosive chemicals, while the stainless steel housing provides structural integrity.

Get inspired

Whether synthesizing nanomaterials or conducting high-temperature reactions, this reactor’s precision and durability make it ideal for labs demanding reliability. Its segmented design and material flexibility ensure seamless integration into your workflow.

Choose your model

ParameterBase Model (25ml–100ml)Advanced Model (200ml–300ml)Pro Model (300ml–500ml)
Capacity0.025L–0.1L0.2L–0.3L0.3L–0.5L
Max Pressure100 bar120 bar (+20%)150 bar (+50%)*
Temperature Range0°C–250°C0°C–280°C0°C–300°C
MaterialPTFE chamberPTFE/PPL optionsPPL chamber (+30% corrosion resistance)

Supplier's note

  1. Technical Breakthroughs:

    • Material Flexibility: PPL in Pro/Advanced models offers triple the corrosion resistance of PTFE, enabling safe handling of aggressive chemicals.
    • Pressure Capacity: The Pro Model’s 150 bar rating exceeds industry benchmarks by 50%, supporting high-pressure synthesis.
    • Temperature Range: The 300°C max temperature in Pro models expands applications to advanced ceramic synthesis.
  2. Version Selection Guidance:

    • Base Model: Ideal for small-scale research (e.g., nanomaterial prototyping) where cost efficiency is critical.
    • Advanced Model: Suitable for mid-volume labs requiring PPL compatibility for corrosive reactions (e.g., acid-base synthesis).
    • Pro Model: Best for industrial or R&D settings needing high-pressure/temperature stability (e.g., catalyst production).

*Compared to industry-standard 100 bar reactors.

Frequently asked questions

  • Which autoclave reactor model suits small-scale lab experiments (25ml to 500ml)?

  • Ptfe vs PPL Chamber: Which is better for acid-resistant reactions?

  • How to clean the Ptfe/PPL chamber after hydrothermal reactions?

  • Can the autoclave reactor be customized for specific sample sizes?

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

  • What types of reactions are suitable for the 25ml–500ml autoclave reactor?

  • How does the 0.5L autoclave reactor ensure even temperature distribution?

  • Why choose a manual-grade autoclave reactor over automatic ones?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Autoclave ReactorsHydrothermal synthesis, material processingCapacity: 0.1L (Base) to 0.5L (Advanced ▲)
Chamber Material: PTFE (Base) / Platinum-Plated PPL (Advanced ▲)
Manual Operation
Advanced version handles 500ml ▲ (2.5x capacity) for medium-scale labs.
PTFE/PPL chambers resist aggressive chemicals (ASTM F739).
Manual operation limits scalability; not suited for industrial-scale production.
Batch ReactorsSmall-scale chemical synthesis, pharmaceuticalsCapacity: 1L–50L (stainless steel/glass)
Batch processing (no automation)
Flexible for recipe adjustments; cost-effective for small batches.Non-continuous operation increases downtime; lacks scalability for high throughput.
Continuous Stirred-Tank Reactors (CSTR)Industrial chemical production, steady-state processesCapacity: 100L+
Continuous operation, automated mixing
High throughput and consistent output; scalable for large production runs.Complex setup; requires skilled operators; less adaptable for small-batch testing.
High-Pressure Autoclave ReactorsIndustrial autoclaving, extreme chemical processingCapacity: 1L+
Pressure: 300 bar (Advanced ▲) vs. industry standard 200 bar
Advanced model withstands 50% higher pressure ▲ (ISO 28599-compliant).Expensive; bulky design; demands specialized training for operation.
Glass-Lined ReactorsCorrosive chemical processing, visibility neededGlass-lined interior (up to 200°C ▲ vs. industry standard 150°C)
Manual controls
Resists corrosion in glass areas; visibility of reactions.Fragile; limited pressure capacity (max 150 bar); glass may degrade over time.
Stainless Steel ReactorsGeneral chemical processing, durability neededStainless steel construction (up to 300°C)
Manual or semi-automated
Durable and cost-effective; resists most chemicals.Less corrosion-resistant than PTFE/PPL; heavier; unsuitable for extreme chemicals.

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