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  • High Temperature High Pressure Reactor Lab Polymer Synthesis Autoclave Reactor
  • High Temperature High Pressure Reactor Lab Polymer Synthesis Autoclave Reactor
  • High Temperature High Pressure Reactor Lab Polymer Synthesis Autoclave Reactor
  • High Temperature High Pressure Reactor Lab Polymer Synthesis Autoclave Reactor
  • High Temperature High Pressure Reactor Lab Polymer Synthesis Autoclave Reactor
  • High Temperature High Pressure Reactor Lab Polymer Synthesis Autoclave Reactor
High Temperature High Pressure Reactor Lab Polymer Synthesis Autoclave Reactor

High Temperature High Pressure Reactor Lab Polymer Synthesis Autoclave Reactor

$600.00-$600.00/ Set|1 Set/Sets(Min. Order)

Customization:

Customized logo(Min.Order: 1 pieces)
Customized packaging(Min.Order: 1 pieces)
Graphic customization(Min.Order: 1 pieces)

High Temperature High Pressure Reactor Lab Polymer Synthesis Autoclave Reactor

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • High-Temperature/High-Pressure Synthesis: Designed for polymer synthesis and material processing under extreme conditions, enabling precise control of temperature (up to lab-grade specifications) and pressure (via durable stainless steel construction).
  • Automated Operation: Features automatic pressure and temperature regulation with digital display and programmable settings, streamlining workflows for consistent results.
  • Dual Functionality: Serves as both a reaction kettle for chemical processes and an electrolyzer for specialized applications, enhancing versatility in laboratory and industrial settings.

Key features

  • 1. Corrosion-Resistant Stainless Steel Construction

  • With a corrosion-resistant stainless steel body, ensure durability in harsh chemical environments. Outperforms reactors using inferior materials in longevity and resistance to rust or degradation*.

  • 2. Precision Digital Control System

  • With a backlit digital display and programmable control buttons, enable multi-step presets for precise pressure/temperature adjustments. Reduces manual errors by up to 40% compared to analog models* and streamlines complex synthesis protocols.

  • 3. High-Performance Pressure & Temperature Tolerance

  • Capable of withstanding pressures up to [X] bar and temperatures up to [Y]°C, outperforming standard reactors in demanding polymer synthesis. Achieves faster reaction cycles than traditional models*, accelerating lab workflows.

  • 4. Versatile Scenario Adaptability

  • Designed for both laboratory-scale R&D and industrial production, offering seamless scalability. Compact design saves 30% more space than bulkier competitors*, ideal for space-constrained labs or commercial facilities.

  • 5. Enhanced Safety Compliance

  • Equipped with over-pressure protection and pressure relief valves, exceeding OSHA safety standards. Reduces operational risks by 50% compared to non-certified models*, ensuring reliable performance in high-risk environments.

Product details

High Temperature High Pressure Reactor Lab Polymer Synthesis Autoclave Reactor

The High Temperature High Pressure Reactor Lab Polymer Synthesis Autoclave Reactor is designed for precise, automated polymer synthesis in demanding laboratory and industrial settings. Built with durable stainless steel and advanced safety features, it supports high-pressure (up to 30 MPa) and high-temperature (up to 300°C) applications while ensuring operational reliability.

Technical specifications

FeatureSpecificationBenefit
MaterialStainless Steel (316L)Corrosion resistance and durability
Power180WEnergy-efficient operation
Max Pressure30 MPa (adjustable)Versatile for diverse synthesis needs
Temperature RangeUp to 300°CSupports high-temperature reactions
Control SystemDigital Display + Manual ButtonsReal-time monitoring and precise control
Safety FeaturesOver-pressure relief valve, leak-proofMinimized risk of equipment failure
Voltage220VStandard global compatibility
TypeReaction Kettle/ElectrolyzerDual functionality for varied processes

Customization guide

Adjustable parameters include pressure range (5–30 MPa), temperature setpoints (up to 300°C), and material compatibility (e.g., chemical-resistant coatings). Customize to meet specific lab protocols or industrial-scale synthesis requirements.

Get inspired

With its compact design and automated controls, this reactor accelerates polymer synthesis workflows. Ideal for R&D labs developing high-performance materials or industrial facilities requiring scalable production.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Max Pressure20 MPa25 MPa30 MPa
Temperature RangeUp to 250°CUp to 280°CUp to 300°C
Automation LevelSemi-automaticFully automaticAI-driven presets
Safety CertificationsCECE + ISO 9001CE + ISO 9001 + ASTM

Supplier's note

  1. Technical Breakthroughs:

    • The Pro Model’s 300°C temperature capability enables novel high-temperature polymerization processes.
    • The AI-driven presets in the Pro version reduce setup time by 20% compared to traditional models.
    • Triple-layer insulation in all models ensures heat retention 30% better than industry standards.
  2. Version Selection Guidance:

    • Base Model: Ideal for academic labs with standard synthesis needs (e.g., <20 MPa reactions).
    • Advanced Model: Suitable for industrial pilot plants requiring semi-automation and higher pressure tolerance.
    • Pro Model: Best for R&D facilities demanding extreme temperatures (e.g., carbon fiber precursor synthesis) and full automation.

With the Pro Model’s 30 MPa pressure rating and 300°C capability, you can safely synthesize heat-sensitive polymers. Pair its AI presets with stainless steel construction to ensure consistent results even under prolonged use.

Frequently asked questions

  • Which high-pressure reactor model is best for small-scale polymer synthesis in labs?

  • How do I clean and maintain the valves of a lab autoclave reactor?

  • Stainless Steel vs Titanium: Which material is better for high-pressure lab reactors?

  • Can this autoclave reactor be customized for electrolysis applications?

  • Is this reactor certified for lab safety standards?

  • What voltage and power specifications ensure stable operation for high-temperature reactions?

  • How precise is the pressure control in this high-pressure reactor?

  • Does this reactor support simultaneous temperature and pressure monitoring?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Material ConstructionLabs with corrosive chemicalsIndustry: Carbon Steel; Our Base: SS 304▲ (ASTM A240); Advanced: SS 316▲▲Base: 30% better corrosion resistance than industry; Advanced: Resists harsh acids/basesBase: 15% cost increase vs. industry; Advanced: Requires specialized maintenance
Pressure CapacityHigh-pressure chemical synthesisIndustry: 200 bar (ISO 11439); Base: 250 bar▲; Advanced: 300 bar▲▲Base: Supports 25% higher pressure; Advanced: Enables extreme reaction conditionsHeavier design; Advanced may need reinforced mounting brackets
Temperature ResistanceHigh-temperature polymerizationIndustry: 250°C (ASTM E1461); Base: 300°C▲; Advanced: 350°C▲▲Base: Operates in hotter environments; Advanced: Handles molten polymersRequires advanced cooling systems; Advanced consumes 20% more energy
Automation LevelAutomated lab workflowsIndustry: Manual; Base: Semi-Auto (preset controls)▲; Advanced: Full Auto▲▲Base: Reduces manual intervention; Advanced: Programmed protocols for repeatabilityBase: Steeper learning curve; Advanced: 30% higher upfront cost
Safety FeaturesCritical safety environmentsIndustry: Basic relief valve; Base: Over-Pressure Shutoff▲ (ISO 4187); Advanced: Dual Safety▲▲ (ISO + EN)Base: Auto-shutoff prevents overpressure; Advanced: Redundant fail-safesBase: Adds 10% to weight; Advanced: Requires certification training
Chemical ResistanceHarsh chemical exposureIndustry: Common chemicals; Base: ASTM F739▲ (30+ min); Advanced: ASTM + NACE▲▲Base: Withstands 50+ chemicals; Advanced: Resists aggressive solventsBase: 20% cost premium; Advanced: 40% more expensive due to alloy valves

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