Integrated ceiling heaters come in various types, primarily categorized by their distinct materials. Here’s an overview of the main options available:
1. Bulb Series Heater
This type of heater uses specialized infrared quartz bulbs as its heat source. It warms the room instantly through direct radiation without needing any preheating, making it highly efficient and the most commonly used option on the market. Lanmute's integrated ceiling heating system features the Blue Bird Yuba bulb, offering a 275W model specifically designed for compact spaces. This model is shorter at just 14cm tall, weighs more for stability, and boasts a uniform thickness, ensuring durability. In contrast, many competitors use artificial bulbs that are taller (up to 16.5cm), uneven in thickness, and more prone to breakage.
2. PTC Series Heater
PTC heaters rely on ceramic heating elements. They are renowned for their quick temperature rise, high energy efficiency, and safety features like dual insurance mechanisms. PTC technology comes in two main forms: ceramic and metal. Ceramic PTC heaters conduct electricity through the ceramic sheet sandwiched between aluminum layers, while metal PTC heaters place the ceramic inside a pipe, allowing for safe surface heating without electrical exposure. Metal PTCs are typically more durable and offer longer-lasting performance. In the industry, ceramic PTC heaters are considered safer due to their design and operational reliability.
3. Carbon Fiber Series Heater
Carbon fiber heaters are made from a pure black-body heating material known for its rapid heating, minimal thermal lag, uniform heat distribution, and long-distance radiant heat transfer. These heaters can operate continuously for over 6,000 hours, with excellent corrosion resistance, though they tend to be pricier. Bluemite's intelligent integrated ceiling system utilizes advanced carbon fiber infrared heaters, featuring the best imported carbon wire heating tubes. Each carbon wire generates 650W, and two wires provide 1300W. These lamps have undergone rigorous testing, including a destructive test where they were subjected to 20 minutes of continuous operation before being sprayed with cold water—all without issues. This makes them suitable for diverse voltage requirements, ensuring even heat and light distribution. Additionally, the use of cross-flow fans helps reduce internal temperatures, prolonging the lifespan of the heaters. Lambert carbon fiber heaters also incorporate moisture-resistant designs on their cross-flow fan coils, significantly extending the heater's longevity. Furthermore, carbon fiber heaters, especially those with gold tubes, heat up faster, provide higher temperatures, and are safer to use.
The health benefits of carbon fiber heaters stem from their natural far-infrared properties. Unlike other heating elements, carbon fiber doesn’t require additional far-infrared coatings or spectral matching. It emits radiation wavelengths between 8-14 micrometers, with an emissivity of at least 86%. Its long-term radiation performance remains stable, thanks to its active far-infrared material properties. With an electric-to-heat conversion rate of at least 98% and a radiation-to-electricity conversion rate of 78%, carbon fiber heaters offer significant health benefits. These include activating human cell tissues, promoting blood circulation, accelerating metabolism, enhancing immune responses, and providing deodorizing and anti-bacterial effects.
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