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一项石破惊天的发明！足以引发一场工业革命！
博纳米热聚能技术及其材料
Wonderbond Nanometer Thermal Fusion Technology and Material
一项石破天惊的发明 ------A breaking invention
在举世瞩目的新加坡GES2006交易会上，深圳市王博纳米热能技术有限公司，成功的宣布了一项改变、甚至颠覆现有工业概念的重大科技发明 --- 王博纳米热聚能技术。Shenzhen Wonderbond Nanometer Thermal Energy Technology Co., Ltd. declared a major technology invention to change or even topple the existing industrial concepts at the world-renowned Singapore GES2006, namely, Wonderbond nanometer thermal fusion technology.
由
After thousands of repeated experiments, WongBo finally found that the nanometer material generated in a unique way can generate extremely powerful thermal fusion effect during electric heating.
这种热聚能效应主要表现为：Such thermal fusion effect is represented in the following ways:
1、 热能聚变效应：当温度升至300℃时，发热体升温曲线接近直线向上，升温速度急剧加快；1. Thermal energy fusion effect: When the temperature rises to 300°C, the temperature curve of the heat generating body will go up in a linear style, and the temperature rise speed will be tremendously increased;
2、 热转换效率极高：在实验室的测试环境中，其热转换效率已接近100 %的理论极限值。在运用这项技术已开发成功的活水机、热水器等应用实例中，热转换效率可稳定达到98%以上。具有节能、高效等多种经济、环保效果。2. Extremely high thermal conversion efficiency: The thermal converting efficiency in the lab’s test environment has been near to 100% theoretical limit value. In the actual applications with water dispensers and water heaters, the thermal efficiency can be up to 98%, energy saving, efficient, economical and environment friendly;
3、 瞬间升温：在室温、额定电压的条件下，通电6秒钟，即可使发热体升温至800℃以上；3. Transient temperature rise: In room temperature and rated voltage, the temperature of the heat generating body can rise to beyond 800°C after power on for six seconds;
4、 发热温度高：这种独特纳米金属发热材料的发热温度达800℃以上。同时开发的第二代技术及材料，可以产生更高的发热温度；第三代直流脉冲技术及材料更可实现低电压直流电直接驱动发热体发热的效果。4. High heat generating temperature: The heat generating temperature of the unique nanometer metallic material can go beyond 800°C; at the same time, the second-generation technology and material are developed that can generate higher temperature; the third-generation DC pulse technology and material can directly drive the heat generating body to generate heat by means of low voltage DC power supply;
5、 性能优异：在发热过程中耐高温、耐氧化、耐腐蚀。5. Superior performance: The material resists high temperature, oxidization and corrosion during heat generation.
6、 有充足的原材料：王博热聚能纳米材料，易于取得，可大规模生产。6. Sufficient raw materials: It is easy to obtain the thermal fusion nanometer materials, conducive to large-scale production.
