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JXL-620 Energy-Saving Rapid Intelligent Muffle Furnace

Product ID:HZMTOther0015

Price: Please inquire PDF Format
Supply Ability:50SETS/MON
Port:SHENZHEN
  • Product Introduction
  • Other information
  • Model NumberJXL-620
    Brand NameHBMINSHENG
    Payment TermsTT,PAYPAL,Alibaba.com Pay
    JXL-620 Energy-Saving Rapid Intelligent Muffle Furnace
    Product Overview
    The JXL-620 Energy-Saving Rapid Intelligent Muffle Furnace is a high-performance laboratory ash furnace (commonly known as an ash furnace / muffle furnace) designed for fast ashing, volatile matter determination, and high-temperature heat treatment. It is widely used in coal, petroleum, power generation, chemical engineering, metallurgy, cement, geology, pharmaceuticals, and research laboratories.
    Equipped with a microprocessor-based intelligent control system, the JXL-620 muffle furnace delivers rapid heating, precise temperature control, and energy-efficient operation. It supports multi-stage programmable heating curves, making it an ideal solution for modern industrial analysis and laboratory testing.

     
    Key Performance Features
       • Three-sided heating (left, right, and top) ensures uniform temperature distribution
       • High-quality imported integrated fiber furnace chamber for superior insulation
       • Fast heating speed with significant energy savings (up to 2/3 electricity reduction)
       • Microprocessor intelligent control system with automatic temperature adjustment
       • Chinese LCD display with touch keypad for intuitive operation
       • Supports 15-segment programmable temperature-time control
       • Built-in standard programs: fast ash, slow ash, volatile matter, Roga index, caking index
       • Dual-layer housing structure with cold-rolled steel + stainless steel spray coating
       • Long service life with robust structural design and stable performance
       • Easy operation with reduced human error and improved efficiency
     
    Working Principle
    The JXL-620 muffle furnace operates through resistance heating using nickel-chromium alloy heating elements embedded around the furnace chamber. The microprocessor controller precisely regulates power output based on programmed temperature curves.
    A K-type thermocouple (NiCr–NiSi) continuously monitors the internal temperature. The system automatically adjusts heating intensity to maintain stable temperature control and ensure compliance with national standards such as GB212, GB5447, and GB5449.
    Heat is evenly distributed through a three-sided heating structure, ensuring consistent sample processing during ashing and thermal analysis.

     
    Technical Specifications
    Parameter Specification
    Rated Temperature ≤1000°C
    Temperature Range Room temp to 1000°C
    Heating Time ≤60 min
    Rapid Heating (920°C) ≤20 min
    Temperature Resolution 1°C
    Temperature Stability ±5°C
    Control Accuracy ±10°C
    Measurement Accuracy ±3°C
    Uniform Temperature Zone 15 × 18 cm (±5°C)
    Furnace Chamber Size 300 × 200 × 140 mm
    Power 3.5 kW
    Voltage 220V ±10%
    Heating Element NiCr alloy wire (Ø1.2 mm)
    Thermocouple K-type (NiCr–NiSi)
    Structure Material Cold-rolled steel + stainless steel coating
    Furnace Lining Alumina-silicate fiber insulation
    Furnace Material Silicon carbide chamber
    Weight 55 kg
    Dimensions 680 × 600 × 670 mm
     
    Applications
    The JXL-620 intelligent muffle furnace is widely used in:

       • Coal and petroleum analysis (ash content, volatile matter)
       • Cement and building materials testing
       • Metallurgical heat treatment processes
       • Chemical and industrial material research
       • Geological and mineral sample preparation
       • Pharmaceutical and laboratory research
       • Power plant fuel quality testing
       • Caking index and Roga index determination
     
    Traditional vs Energy-Saving Muffle Furnace Comparison
    Performance Item Traditional Muffle Furnace JXL-620 Energy-Saving Furnace
    Heating Time (0–920°C) 90 min 20 min
    Power Consumption 4 kW 3.5 kW
    Volatile Matter Recovery Time 8 min 3.5 min
    Heat Preservation Power 1 kW/h 0.3 kW/h
    Cooling Rate (power off) 150°C/h 100°C/h
    Conclusion: The JXL-620 significantly improves efficiency, reduces energy consumption, and shortens test cycles compared to traditional muffle furnaces.
     
    FAQ
    Q1: What is the JXL-620 muffle furnace used for?
    A: It is used for ash content analysis, volatile matter testing, and high-temperature material processing in coal, chemical, and industrial laboratories.
    Q2: Does it support programmable heating?
    A: Yes, it supports up to 15-stage programmable temperature control for complex heating profiles.
    Q3: How fast does it heat up?
    A: It can reach 920°C in less than 20 minutes under rapid heating mode.
    Q4: Is the furnace energy-efficient?
    A: Yes, it reduces energy consumption by up to 2/3 compared with traditional muffle furnaces.
    Q5: What industries commonly use this equipment?
    A: Coal, petroleum, metallurgy, cement, chemical engineering, and research institutions.
    Q6: What temperature accuracy does it provide?
    A: It offers ±3°C measurement accuracy and ±10°C control accuracy.

     

  • FAQ
    Q1: What is the JXL-620 muffle furnace used for?
    A: It is used for ash content analysis, volatile matter testing, and high-temperature material processing in coal, chemical, and industrial laboratories.
    Q2: Does it support programmable heating?
    A: Yes, it supports up to 15-stage programmable temperature control for complex heating profiles.
    Q3: How fast does it heat up?
    A: It can reach 920°C in less than 20 minutes under rapid heating mode.
    Q4: Is the furnace energy-efficient?
    A: Yes, it reduces energy consumption by up to 2/3 compared with traditional muffle furnaces.
    Q5: What industries commonly use this equipment?
    A: Coal, petroleum, metallurgy, cement, chemical engineering, and research institutions.
    Q6: What temperature accuracy does it provide?
    A: It offers ±3°C measurement accuracy and ±10°C control accuracy.
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