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  • Muffle Furnace 2 Layer Laboratory Heat Treating Equipment 1200c 1700c 1400c 1600c Electric Mini Vertical Muffle Furnaces
  • Muffle Furnace 2 Layer Laboratory Heat Treating Equipment 1200c 1700c 1400c 1600c Electric Mini Vertical Muffle Furnaces
  • Muffle Furnace 2 Layer Laboratory Heat Treating Equipment 1200c 1700c 1400c 1600c Electric Mini Vertical Muffle Furnaces
  • Muffle Furnace 2 Layer Laboratory Heat Treating Equipment 1200c 1700c 1400c 1600c Electric Mini Vertical Muffle Furnaces
  • Muffle Furnace 2 Layer Laboratory Heat Treating Equipment 1200c 1700c 1400c 1600c Electric Mini Vertical Muffle Furnaces
  • Muffle Furnace 2 Layer Laboratory Heat Treating Equipment 1200c 1700c 1400c 1600c Electric Mini Vertical Muffle Furnaces
Muffle Furnace 2 Layer Laboratory Heat Treating Equipment 1200c 1700c 1400c 1600c Electric Mini Vertical Muffle Furnaces

Muffle Furnace 2 Layer Laboratory Heat Treating Equipment 1200c 1700c 1400c 1600c Electric Mini Vertical Muffle Furnaces

$500.00-$3990.00/ Piece|1 Piece/Pieces(Min. Order)

Customization:

Customized logo（Min.Order: 3 pieces）
Customized packaging（Min.Order: 3 pieces）
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Muffle Furnace 2 Layer Laboratory Heat Treating Equipment 1200c 1700c 1400c 1600c Electric Mini Vertical Muffle Furnaces

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • High-Temperature Material Processing: Capable of heating materials to precise temperatures (up to 1700°C) in a controlled environment, ideal for heat treatment, sintering, and material analysis.
  • Dual-Layer Design: The 2-layer structure ensures efficient heat distribution and uniform temperature control, supporting multi-step processing workflows.
  • Real-Time Monitoring: Equipped with a digital display and viewing window for continuous observation of the heating process without interrupting operations.

Key features

  • 1. Material Technology

    • With a high-temperature resistant alloy body and ceramic door, maintain structural integrity at up to 1200°C. Compared to traditional models using lower-grade materials, this design reduces thermal degradation by 30%.*

  • 2. Interactive Design

    • With a digital touchscreen interface, set precise temperatures and monitor processes in real-time, offering 50% faster adjustments than models with analog controls.*

  • 3. Performance Parameters

    • Achieve temperatures up to 1200°C, outperforming standard lab furnaces by 20% in heating capacity for demanding applications like material testing and metallurgy.*

  • 4. Scenario Solutions

    • The large ceramic viewing window allows real-time observation without opening the door, reducing heat loss by 15% compared to models without transparent doors.*

  • 5. Certification Standards

    • Engineered to meet ISO 9001 quality standards, ensuring consistent performance and safety compliance for laboratory environments.*

Product details

Muffle Furnace 2 Layer Laboratory Heat Treating Equipment 1200c 1700c 1400c 1600c Electric Mini Vertical Muffle Furnaces

The Muffle Furnace 2 Layer Laboratory Heat Treating Equipment is a precision-engineered solution for high-temperature material processing in laboratory and industrial settings. With temperature capabilities up to 1700°C, it combines durable construction, advanced digital controls, and safety features to ensure reliable performance across diverse applications.

Technical specifications

FeatureSpecificationBenefit
MaterialStainless steel/alloy body, ceramic-insulated door, heat-resistant glass windowWith corrosion-resistant materials, ensure longevity and safety in harsh environments.
Temperature Range1200°C (Base), 1400°C (Advanced), 1700°C (Pro)Achieve precise thermal control for material analysis, sintering, or annealing.
Control SystemDigital display with programmable settings and overheat protectionWith programmable parameters, automate processes and reduce human error.
Viewing WindowCeramic-reinforced glass with full visibilityMonitor processes without opening the door, minimizing heat loss and contamination.
VentilationStrategically placed cooling slotsMaintain safe exterior temperatures, 20% faster than traditional models.

Customization guide

Adjustable parameters include max temperature tolerance (±1°C accuracy) and heating/cooling rates to meet specialized thermal profiles. For labs requiring rapid cycling, select the Pro Model’s accelerated cooling feature.

Get inspired

From metallurgy to ceramic processing, this furnace’s versatility empowers researchers and engineers to achieve consistent results in high-temperature environments. Its compact design and intuitive controls make it ideal for space-constrained labs.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Max Temperature1200°C1400°C (+16.7%)1700°C (+41.7%)
Heating Rate20°C/min25°C/min (+25%)30°C/min (+50%)
Temperature Uniformity±3°C±2°C±1°C
Cooling SystemPassive coolingEnhanced fan-assistedActive rapid cooling*

Supplier's note

  1. Three Technical Breakthroughs:

    • Precision Control: The digital interface with ±1°C accuracy enables repeatable experiments.
    • Material Durability: Ceramic-insulated doors withstand thermal shock, outperforming standard glass by 50% in stress tests.
    • Rapid Cooling: The Pro Model’s active cooling reduces cycle times by 30%, ideal for high-throughput labs.

  2. Optimal Version Selection:

    • Base Model: Suitable for academic labs requiring standard thermal analysis (e.g., material characterization up to 1200°C).
    • Advanced Model: Best for industrial R&D teams needing mid-range temperatures (e.g., sintering ceramics or metals).
    • Pro Model: Essential for aerospace or semiconductor industries handling extreme temperatures (e.g., refractory material testing). With its triple-layer insulation, the Pro ensures minimal heat loss, safeguarding both samples and operators.

Frequently asked questions

  • Which muffle furnace model suits small labs with space constraints?

  • What’s the key difference between the 1200°C and 1600°C models?

  • How to clean the interior of a laboratory-grade muffle furnace safely?

  • Can the temperature range be customized for specific experiments?

  • Stainless steel vs. high-temp alloy: Which is better for durability?

  • Ceramic vs. glass window: Which offers better heat resistance?

  • Does the muffle furnace meet safety standards for high-temperature use?

  • How often should I perform maintenance checks on the muffle furnace?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Temperature RangeCeramic sintering, metallurgy researchIndustry Standard: Up to 1400°C (ASTM C1036)
Our Base: 1200°C ▲
Our Advanced: 1700°C ▲▲		▲ Cost-effective for basic labs
▲▲ Handles high-temperature materials (e.g., refractories)		Base: Limited to lower-temperature applications
Advanced: Higher power consumption
Material ConstructionHigh-temperature durabilityIndustry Standard: Stainless steel (max 1200°C)
Our Base: High-temp alloy (1400°C)
Our Advanced: Inconel® coating (1700°C ▲▲)		▲ Base: Lightweight and affordable
▲▲ Advanced: Resists oxidation/corrosion		Advanced: 30% higher upfront cost due to exotic materials
Control SystemPrecision heating cyclesIndustry Standard: Analog dials
Our Base: Digital PID (±5°C accuracy)
Our Advanced: Smart PID + Software (±1°C ▲▲)		▲ Reduces human error
▲▲ Advanced: Reproducible protocols for R&D		Advanced: Requires training for software integration
Cooling SystemRapid cooldown for sequential testsIndustry Standard: Passive air vents
Our Base: Natural cooling
Our Advanced: Forced air + water jacket (30% faster cooldown ▲▲)		▲ Cost-effective cooling
▲▲ Advanced: Reduces thermal shock risks		Advanced: Adds maintenance for cooling components
Safety FeaturesHazardous material processingIndustry Standard: Basic overheat alarm
Our Base: Dual thermocouples + alarm
Our Advanced: Real-time leak detection (ISO 14175 ▲▲)		▲ Meets OSHA compliance
▲▲ Advanced: Prevents gas leaks in toxic applications		Advanced: Requires annual sensor calibration
Observation WindowReal-time sample monitoringIndustry Standard: No window
Our Base: Quartz glass (up to 1200°C)
Our Advanced: Sapphire-coated (1700°C ▲▲)		▲ Eliminates manual door-opening for inspection
▲▲ Advanced: Withstands extreme temps without fogging		Base: Risk of cracking at max temps
Advanced: Fragile coating requires care

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