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  • Short Arc Xenon Lamp Source Laboratory Fixed Pyrolysis Reactor Microwave Pyrolysis Reactor Price
  • Short Arc Xenon Lamp Source Laboratory Fixed Pyrolysis Reactor Microwave Pyrolysis Reactor Price
  • Short Arc Xenon Lamp Source Laboratory Fixed Pyrolysis Reactor Microwave Pyrolysis Reactor Price
  • Short Arc Xenon Lamp Source Laboratory Fixed Pyrolysis Reactor Microwave Pyrolysis Reactor Price
  • Short Arc Xenon Lamp Source Laboratory Fixed Pyrolysis Reactor Microwave Pyrolysis Reactor Price
  • Short Arc Xenon Lamp Source Laboratory Fixed Pyrolysis Reactor Microwave Pyrolysis Reactor Price
Short Arc Xenon Lamp Source Laboratory Fixed Pyrolysis Reactor Microwave Pyrolysis Reactor Price

Short Arc Xenon Lamp Source Laboratory Fixed Pyrolysis Reactor Microwave Pyrolysis Reactor Price

  • >= 1 Sets
    $4,079

Customization:

Customized logo(Min.Order: 5 pieces)
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Short Arc Xenon Lamp Source Laboratory Fixed Pyrolysis Reactor Microwave Pyrolysis Reactor Price

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Dual-Energy Pyrolysis: Enables high-temperature material decomposition via integrated microwave and short arc xenon lamp sources, ideal for precise thermal processing in laboratory or industrial settings.
  • Automatic Reaction Control: Features automated temperature regulation and process management, ensuring consistent results in chemical synthesis, material analysis, or waste conversion.

Key features

  • 1. Durable Corrosion-Resistant Construction

  • With a corrosion-resistant black metal body, ensure durability and precision in harsh laboratory environments compared to plastic-bodied models*.

  • 2. Precision-Engineered Adjustable Controls

  • With adjustable precision knobs and a customizable power supply dial, achieve multi-program presets, offering ~20% more control options than standard reactors*.

  • 3. High-Speed Microwave-Assisted Pyrolysis

  • With microwave-assisted pyrolysis technology, achieve ~30% faster reaction speeds than traditional methods*, enabling efficient small-scale experiments and large-scale production.

  • 4. Versatile Lab-to-Commercial Adaptability

  • Designed for both laboratory research and industrial-scale applications, providing seamless transition between small-scale experiments and continuous commercial production.

  • 5. ISO-Certified Safety Compliance

  • Equipped with ISO-certified safety features, ensuring compliance with international laboratory standards for operator protection and equipment reliability.

Product details

Short Arc Xenon Lamp Source Laboratory Fixed Pyrolysis Reactor Microwave Pyrolysis Reactor Price

The Short Arc Xenon Lamp Source Laboratory Fixed Pyrolysis Reactor combines precision engineering with advanced microwave and xenon lamp technologies to deliver reliable pyrolysis solutions for research and industrial applications. Built with durable black metal construction and automated controls, it ensures stability, safety, and adaptability for demanding workflows.

Technical specifications

FeatureSpecificationBenefit
MaterialBlack metal alloyEnhanced durability and resistance to corrosion
Control SystemFully automatic gradeSeamless operation with minimal manual intervention
Power SupplyAdjustable voltage (110-220V)Global compatibility and customizable energy output
Temperature Range200°C to 1200°CVersatile for diverse pyrolysis processes
Safety FeaturesOverheat protection, pressure reliefMitigates risks in high-temperature reactions

Customization guide

Adjustable parameters include power output, temperature ramp rates, and sample chamber dimensions to meet specialized requirements. For instance, tweak the xenon lamp intensity for precise thermal control in material science experiments or modify the reactor volume for batch processing in chemical synthesis.

Get inspired

From pharmaceutical research to industrial waste recycling, this reactor empowers labs to explore pyrolysis applications with unmatched precision. Its modular design allows seamless integration into existing workflows, while its robust build ensures longevity even under harsh conditions.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Power Output1.5kW3kW (+100%)5kW (+233%)*
Automation LevelSemi-automaticFully automaticAI-assisted control
Temperature Range200°C–1000°C200°C–1200°C200°C–1500°C
CertificationsISO 9001ISO 9001 + CEISO 9001 + CE + NSF

Supplier's note

  1. Xenon Lamp Integration: The Pro Model’s short arc xenon lamp achieves 20% faster heating than traditional resistive heaters, enabling rapid thermal cycling.
  2. AI-Driven Automation: The Advanced Model’s predictive algorithms reduce reaction time by 15% compared to manual setups.
  3. High-Temperature Tolerance: The Pro Model’s 1500°C limit exceeds industry benchmarks by 30%, ideal for carbon nanotube synthesis.

Optimal Version Selection:

  • Base Model: Suitable for academic labs prioritizing cost-effectiveness and basic pyrolysis tasks (e.g., polymer degradation studies).
  • Advanced Model: Ideal for industrial R&D teams needing full automation and scalability (e.g., pharmaceutical compound testing).
  • Pro Model: Best for high-throughput facilities requiring extreme temperatures and compliance with global safety standards (e.g., aerospace material analysis).

*Compared to industry-standard 2kW reactors.

Frequently asked questions

  • Which microwave pyrolysis reactor model is best suited for small-scale laboratory experiments?

  • How do I clean the reactor chamber after pyrolysis experiments?

  • Stainless Steel vs Glass: Which material is better for high-temperature pyrolysis applications?

  • Can the reactor’s control system be customized for specific pyrolysis protocols?

  • Is the reactor’s material FDA-approved for chemical synthesis?

  • What safety features does the microwave pyrolysis reactor include?

  • How energy-efficient is the microwave pyrolysis process compared to traditional methods?

  • Which industries is this reactor suitable for?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Temperature RangeHigh-temperature pyrolysisIndustry Standard: Up to 500°C (ASTM E230)
Our Base: 600°C (▲)
Our Advanced: 800°C (▲▲)
Enables extreme reactions (e.g., carbonization)
Industry: Cost-effective for basic processes
Advanced: Higher energy consumption
Base: Limited for specialized applications
Automation LevelIndustrial-scale productionIndustry: Manual operation (ISO 9283)
Our Base: Semi-automatic (▲)
Our Advanced: Fully automatic (▲▲)
Advanced: Reduces labor by 50% (PLC control)
Base: PID temperature regulation
Industry: Requires constant supervision
Advanced: Higher upfront cost
Material ConstructionHarsh chemical environmentsIndustry: Stainless steel (ASTM A240)
Our Base: Reinforced black metal (▲)
Our Advanced: Alloy 625 (▲▲)
Base: 40% lighter than steel (ISO 15614-1)
Advanced: Corrosion-resistant (ASTM G48)
Industry: Prone to warping at high temps
Advanced: Complex machining required
PortabilityField/mobile labsIndustry: Benchtop (fixed installation)
Our Base: Compact design (▲)
Our Advanced: Modular (▲▲)
Advanced: Disassembles into 3 sections (EN 12195-1)
Base: 30% smaller footprint
Industry: Requires dedicated space
Advanced: Longer setup time
Safety FeaturesHazardous material processingIndustry: Basic pressure relief (OSHA 1910)
Our Base: Dual sensor monitoring (▲)
Our Advanced: Real-time leak detection (▲▲)
Advanced: TÜV-certified (reduces accidents by 70%)
Base: ISO 14175 compliance
Industry: Manual checks required
Advanced: Requires trained personnel
CustomizationR&D and niche applicationsIndustry: Fixed configurations
Our Base: Adjustable parameters (▲)
Our Advanced: API integration (▲▲)
Advanced: Integrates with lab software (ASTM E2500)
Base: Customizable temp zones
Industry: Limited scalability
Advanced: Steeper learning curve

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