Mesh Belt Furnace LYL-18WDL

Mesh Belt Furnace LYL-18WDL

The complete set of LYL-18WDL Mesh Belt Furnace consists of three major parts: furnace body, mesh belt drive system, and temperature control system.

The mesh belt furnace, as a highly efficient continuous heat treatment device, possesses the following core product features, making it suitable for a wide range of industrial application scenarios:

1. Continuous Automated Production

• High-Efficiency Operation: Utilizing a mesh belt to convey workpieces, it achieves uninterrupted loading and unloading, significantly boosting production efficiency. It is particularly suitable for high-volume assembly line operations.

• Automated Control: Integrated with PLC or intelligent temperature control systems, it automatically regulates temperature, speed, and atmosphere, minimizing manual intervention.

2. Precise Temperature Control & Uniform Heating

• Multi-Zone Temperature Control: The furnace body is divided into multiple independent heating zones, with temperatures adjustable individually for each zone to ensure uniform heating of workpieces (e.g., three-zone heating: preheating, high-temperature, and slow cooling).

• Process Stability: PID algorithms or fuzzy control technology ensure minimal temperature fluctuation (±1~5°C), meeting the demands of precision heat treatment.

3. Modular Structural Design

• Clear Functional Zoning: Includes heating zones, insulation zones, and cooling zones (such as water cooling, air cooling, or oil quenching tanks) to accommodate the complete process chain.

• High-Temperature Resistant Transmission System: The mesh belt is constructed from heat-resistant alloys (e.g., 310S stainless steel) or ceramic materials, capable of withstanding temperatures above 1000°C for extended periods while operating smoothly.

4. Wide Applicability & Flexibility

• Multi-Material Processing: Suitable for metals (steel, copper, titanium alloys), powder metallurgy parts, electronic components, etc., covering processes such as quenching, tempering, sintering, and brazing.

• Compatibility with Diverse Workpieces: Designed specifically for small to medium-sized parts (e.g., fasteners, bearings, chains), supporting customization of belt width and speed adjustment.

5. Controlled Atmosphere & Vacuum Options

• Oxidation Protection: Capable of introducing nitrogen, hydrogen, or mixed gases to form a protective atmosphere, reducing workpiece oxidation and decarburization while improving surface finish.

• Vacuum Expansion: Certain models support vacuum environments to meet high-cleanliness heat treatment requirements (e.g., aerospace components).

6. Energy-Saving & Eco-Friendly Design

• Efficient Heat Energy Utilization: Adopts ceramic fiber insulation layers and waste heat recovery systems, reducing energy consumption by 20%~30%.

• Low Emissions: Combustion exhaust gases are treated to meet emission standards, complying with environmental regulations.

7. User-Friendly Operation & Low Maintenance

• Intuitive Human-Machine Interaction: Touchscreen interfaces provide real-time monitoring of operational parameters, while fault self-diagnosis functions simplify operation.

• Low Maintenance Cost: Modular components are easy to replace; regular lubrication and mesh belt tension adjustments ensure long-term operation.

8. Multiple Safety Protection Mechanisms

• Safety Assurance: Equipped with over-temperature alarms, emergency stop buttons, gas leakage monitoring, and explosion-proof devices to ensure operational safety.

• Strong Sealing: The airtight design of the furnace minimizes heat loss while maintaining a stable atmospheric environment.

Application Examples

• Automotive Manufacturing: Quenching and tempering of gears and bolts.

• Electronics Industry: Sintering of magnetic materials.

• Tool Processing: Hardening of saw blades and cutting tools.

With its efficiency, precision, and adaptability, the mesh belt furnace has become core equipment in modern heat treatment processes, helping enterprises enhance product quality and production efficiency.