AllPoints AFBLMPH 2.7 Inch Porcelain Lamp Socket with Heat Resistance
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- Supports high-temperature operation reliably
- Compact design ensures seamless integration
- Heat-resistant porcelain prolongs lifespan
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The Atlantic Food Bars AFBLMPH porcelain lamp socket is a high-precision, food-grade porcelain component designed for professional foodservice lighting applications. Engineered by Atlantic Food Bars, this OEM lamp socket features a durable, heat-resistant porcelain construction suitable for commercial kitchen environments. Its compact dimensions—2.7" W x 3.8" D x 2.3" H—ensure seamless integration with restaurant, cafeteria, and catering lighting systems, providing reliable electrical connection and safety compliance. Ideal for food presentation areas requiring consistent illumination, the AFBLMPH socket supports standard bulb types, facilitating easy maintenance and replacement in busy foodservice operations.
The AFBLMPH porcelain lamp socket caters to commercial kitchen lighting needs, offering precise electrical contact, high durability porcelain material for heat resistance, ease of installation with standard mounting, and compatibility with restaurant-grade lighting fixtures. Designed for moderate workload environments, it ensures stable operation in food presentation, buffet setups, and display lighting, with maintenance-friendly disassembly and robust construction for long-term use.
Recommended for lighting installations in foodservice environments requiring reliable electrical connectivity and heat resistance.
The AllPoints AFBLMPH porcelain lamp socket operates with standard commercial electrical parameters, featuring compatible voltage and wattage ratings suitable for restaurant lighting fixtures. Its ceramic construction offers excellent heat resistance, enabling continuous operation in busy foodservice settings. The dimensions—2.7" width, 3.8" depth, and 2.3" height—allow for flexible mounting in various fixture designs, supporting maintenance routines with straightforward disassembly. The lightweight design (0.2 lbs) ensures easy handling during installation or replacement, while the ceramic material complies with safety standards for foodservice environments. Its absence of hazardous materials and compatibility with common bulb types make it ideal for food display and ambient lighting components.
A commercial porcelain lamp socket is a high-grade electrical component designed for professional lighting in foodservice settings. Made from durable, heat-resistant porcelain, this socket connects light fixtures to power sources, ensuring safety, stability, and longevity in high-temperature environments. Typically installed in display and ambient lighting in restaurants, cafeterias, or catering venues, the AFBLMPH model from Atlantic Food Bars supports standard bulb types, facilitating reliable lighting and easy maintenance—making it ideal for mid-volume restaurant service and food presentation areas.
Built with robust ceramic materials and supporting standard bulb connections, Atlantic Food Bars AFBLMPH porcelain lamp socket offers reliable performance for medium-load foodservice lighting applications. Designed for install in display cases, buffet stations, and ambient lighting, it supports efficient workflows in commercial kitchens by enabling quick replacement and maintenance without disrupting service. The AFBLMPH’s durable construction and precise Electrical compatibility make it suitable for mid-volume restaurant use, ensuring consistent illumination and operational efficiency.
AllPoints AFBLMPH porcelain lamp socket stands out with its superior heat resistance, ceramic durability, and compatibility with standard foodservice lighting fixtures. Its compact footprint facilitates installation in tight commercial kitchen spaces, while its robust construction ensures long-term reliability under frequent sanitation and cleaning protocols. Designed for restaurant-ready environments, this socket enhances safety and operational efficiency compared to standard alternatives, supporting quick bulb replacements and consistent lighting performance.
