380V 10000W 4000MM Infrared Heating Radiation Lamps in Solar Cell Soldering_380V 10000W,Infrared radation lamp,Heating lamp,Solar Cell Soldering_Nanjing E-DEN Lighting Technology Co., Ltd.

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240V 2000W 355MM Ceramic White Reflector Quartz Infrared Emitter Heat Lamp

240V 2000W 355MM Ceramic Reflector Quartz Heat Infrared Emitter Lamp 1. Principle of Quartz Infrared emitter lamps Quartz infrared emitter lamps utilize the high temperature generated by current passing through the filament to produce intense infrared radiation. These radiations have strong penetrating power, allowing them to directly heat the molecules inside the material. Infrared rays heat objects without direct contact, making the drying process faster. Compared to traditional heating methods (such as convection heating), infrared radiation directly transfers heat to both the surface and interior of the material, reducing energy loss and heat transfer time. 2. Advantages of Quartz Infrared emitter lamps Fast Heating and Energy Efficiency: Since infrared radiation directly heats the material, the transfer time is significantly shortened, reducing energy loss during the heating process. Additionally, infrared emitter lamps quickly reach the required temperature, eliminating the need for a preheating phase, thus improving production efficiency. Uniform Heating: Quartz infrared emitter lamps provide even heat distribution across the entire conveyor width, ensuring that all products are exposed to the same level of heat, guaranteeing consistent heating for each product. This is crucial for improving drying quality and reducing product inconsistency. The flexible arrangement and design of the lamps allow operators to precisely control heat intensity and distribution, enabling fine-tuning of the drying process based on specific product needs. Space Savings and Process Optimization: The compact design of quartz infrared emitter lamps allows for easy integration into various conveyor dryers, resulting in a more compact overall equipment design, which is easier to arrange and operate. Precise control of temperature and heat distribution also provides operators with flexible adjustment options to meet the needs of different products.

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380V 10000W 4000MM Infrared Heating Radiation Lamps in Solar Cell Soldering

400V 10KW 1

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Detail

Quartz infrared heating lamps provide unique and valuable functionalities that are essential for various processes in the photovoltaic industry, including solar wafer soldering, thin-film curing, and rapid heating in diffusion furnaces.

Solar Wafer Soldering

The photovoltaic industry heavily relies on precise and efficient heating methods. Quartz infrared heating lamps play a vital role in the solar wafer soldering process. Their ability to emit infrared radiation makes them highly suitable for soldering solar wafers. Solar wafers are the core components of photovoltaic cells, requiring multiple soldering steps during their manufacturing. Infrared heating lamps can provide precise and uniform thermal energy, ensuring temperature control during the soldering process, thus guaranteeing the quality and reliability of the solder joints. This not only enhances the efficiency of solar cells but also extends their lifespan. The high temperatures they produce ensure a safe and reliable bond during the soldering process, which is crucial for the integrity of the solar cells. The application of quartz infrared heating lamps is an indispensable part of achieving high-quality photovoltaic products.

Non-contact Heating: Directly heats soldering points via infrared radiation to avoid mechanical contact damage to the cells.

Precise Temperature Control: Rapid heating and stable temperature maintenance ensure complete melting of solder (e.g., solder paste) without overheating.

Uniform Heating: Reduces thermal stress and prevents microcracks or efficiency loss in cells caused by localized high temperatures.

Example Solution (4m×4m Panel)

Parameter	Design Value
Total heating tube length	≥4m (dual-tube design)
Single-tube power	10–12kW
Radiation wavelength	Short-wave infrared (1–2μm, strong penetration capability)
Temperature accuracy	±2°C (PID closed-loop control)