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N Type Explosion-proof Lamp | 100W-240W | China Suppliers Factory | New Ceramics Phosphor Light Source with Anti Glare Shield

N Type Explosion-proof Lamp | 100W-240W | China Suppliers Factory | New Ceramics Phosphor Light Source with Anti Glare Shield

Introducing our N-type explosion-proof lighting solutions, designed for demanding environments such as chemical plants, gas stations, and steel mills. Our products come in power options of 100W, 120W, 150W, 180W, 200W, and 240W, ensuring reliable performance under both high and low temperatures. With a focus on operational safety, these lights provide stable illumination even in harsh conditions.

Utilizing the advanced KWCOB fluorescent crystal kilowatt-level light source, our lamps feature a low thermal resistance packaging process that minimizes the center temperature, enhancing the longevity of the light source while reducing light decay. As a trusted factory in China, we prioritize quality and performance in our offerings.

Our robust design includes a high-strength aluminum alloy die-casting shell and a central heat conduction column with a radiant hollow structure, facilitating efficient heat dissipation. The independent heat dissipation with a vertical fin structure and a dust-proof cover ensures optimal performance and durability.

Equipped with a KWCOB light source and a high borosilicate glass lens, our lighting solutions offer an efficient light distribution system that minimizes upward light overflow. This design guarantees uniform and comfortable lighting, making it ideal for various application environments.

To ensure your peace of mind, we provide a standard five-year warranty and can customize lifespan solutions up to ten years. This flexibility is perfect for contract energy management projects in petrochemical facilities, making us a reliable supplier in the industry.

    Featured Products

    Why Choose Us

    Cut Off Design

    KWCOB light source features high power and a small emitting surface, providing distinct optical advantages. Each light source has an independent optical system that matches different lampshades, ensuring optimal light interception and delivering a low glare, highly comfortable lighting environment.

    Premium Optical Materials

    The design utilizes mirror reflector cups and glass lenses for superior optics. By avoiding PC and PMMA plastic materials, we ensure the long service life of our optical components is never compromised by material aging.

    Comprehensive Product Plan

    Our comprehensive product line covers 80W to 500W whole lamp configurations, meeting a wide variety of industrial requirements.

    Mature Packaging Technology

    We leverage advanced light source packaging technology:

    • Fluorescent Crystal Materials: Excellent thermal quenching, higher light conversion efficiency, and lower attenuation.
    • Patented Technology: Independent kilowatt-level COB packaging invention.
    • Thermal Management: Optimized COB structure strengthens center heat extraction for reliable dissipation.
    • High Compatibility: Pairs with aluminum or ceramic substrate COB; adaptable to high-voltage isolation and non-isolation drivers.

    Long Life Cycle

    The innovative separation design of light source heat dissipation and drive heat dissipation enables customized products to achieve an extended lifespan of 5 to 10 years.

    Honeycomb Heat Dissipation

    Our honeycomb structure ensures vertical ventilation, effectively avoiding dust accumulation while promoting superior air circulation, perfectly adapting to harsh industrial environments.

    Personalized Customization

    OPM provides professional design and customization services, delivering full lifecycle cost reduction solutions for low glare explosion-proof lighting in high-risk explosive gas environments, such as petrochemical plant contract energy management projects.

    Installation Type

    Technical Parameters

    Item XYF-G90-70WY XYF-G90-80WY XYF-G90-90WY XYF-G90-100WY XYF-G90-110WY XYF-G90-120WY
    Power 70W 80W 90W 100W 110W 120W
    Luminous Efficiency ≥120lm/w ≥120lm/w ≥120lm/w ≥120lm/w ≥120lm/w ≥120lm/w
    Product Dimensions φ380mm * H327mm
    Net Weight 8.0 KG
    CRI (Ra) ≥70, 80
    Color Temperature 2700-6500K (Standard 5000K)
    IP Rating IP65
    Beam Angle 60° / 90° / 120°
    Gold Thread G3/4”

    Part of the Light Distribution Curves

    Frequently Asked Questions (FAQ)

    What is the power range of your explosion-proof lamps?

    Our complete product plan covers whole lamp configurations ranging from 80W to 500W. For specific series like the XYF-G90, power options are available from 70W up to 120W to suit various industrial lighting needs.

    What materials are used for the optical components?

    The design utilizes premium mirror reflector cups and glass lenses for optics. We strictly avoid using PC and PMMA plastics to ensure that the optical components maintain a long service life without being constrained by material aging.

    How does the heat dissipation system function?

    Our lamps feature an advanced honeycomb heat dissipation structure that ensures efficient vertical ventilation. This design not only provides excellent air circulation but also prevents dust accumulation, making it highly reliable in harsh environments.

    What is the expected lifespan of these explosion-proof lamps?

    Thanks to the innovative separation design of light source heat dissipation and drive heat dissipation, our customized products offer an extended and reliable life cycle of 5 to 10 years.

    Are the light sources compatible with different drivers?

    Yes, our advanced packaging technology allows the light sources to be paired with either aluminum or ceramic substrate COB. They are capable of replacing and adapting to both high-voltage isolation and non-isolation drivers.

    Do you offer customized solutions for specific industrial projects?

    Absolutely. OPM provides professional design and personalized customization services. We offer full lifecycle cost reduction solutions specifically tailored for low-glare, high-risk explosive gas environments, such as contract energy management projects in petrochemical plants.