Aluminum Pulp Mold Inserts,Pulp Mold Aluminum Cavity,Custom Aluminum Pulp Molds Huatao Group Limited , https://www.sjzpulpmolding.com
Recently, the research team led by researcher Wang Yuansheng, the State Key Laboratory of Structural Chemistry of Fujian Institute of Physical Structures, has made key technological breakthroughs in high-power lighting white LED materials, and developed a new generation of Ce:YAG glass-ceramics for high-power white LED applications. .
The material has good transparency and luminous quantum efficiency of 95; LED device composed of commercial blue chip, with a current of 350 mA, has a luminous efficiency of 124 lm/W, a color temperature of 6674, a color rendering index of 70, and heat resistance. Excellent moisture resistance. After heat treatment at 150 °C for 600 hours, there is no obvious color shift. The lumen loss is only 7.6 lower than that at room temperature. The color temperature, display index and color coordinate remain basically unchanged. It is reported that relevant research results have applied for international invention patents.
High-power white LED has the advantages of energy saving and environmental protection compared with traditional lighting sources, and has become a sunrise industry. At present, the mainstream white LED devices in the world are composed of a Ce:YAG phosphor dispersed in an epoxy resin or a silica gel and then coated on a blue chip. Epoxy resin or silica gel is prone to aging under the high temperature environment generated by high-power chips, and the color turns yellow, which causes the LED to have color shift and light decay, which shortens its service life. Therefore, the development of new fluorescent materials with superior optical properties and high physical and chemical stability instead of Ce:YAG/organic matrix phosphors has become an urgent issue for the development of high-power illumination white LED technology.
Introducing Pulp Molding Machine Molds, a revolutionary solution for producing high-quality, environmentally friendly packaging and products. Designed to meet the growing demand for sustainable packaging solutions, this innovative machine provides a cost-effective way to produce pulp molded products.
Pulp molding machine molds are equipped with advanced technology and precision engineering to seamlessly produce a wide range of pulp molded products including trays, containers and packaging inserts. Its versatile design can be customized to meet specific product requirements, making it an ideal solution for businesses in a variety of industries including food and beverage, electronics and cosmetics.
One of the key features of a pulp molding machine mold is its ability to utilize recycled paper and other natural fibers as raw materials. This not only reduces the environmental impact of packaging production, but also helps businesses contribute to a more sustainable and circular economy. By using renewable resources, companies can minimize their carbon footprint and attract environmentally conscious consumers.
In addition, pulp molding machine molds have a high level of automation, simplifying the production process and reducing labor costs. Its user-friendly interface and intuitive controls make it easy to operate, ensuring consistent and reliable output. The machine has a production capacity of up to 500 words of English content per cycle and can meet the needs of small and medium-sized enterprises as well as large production facilities.
In addition to environmental protection and cost-saving advantages, pulp molding machine molds also provide excellent product quality. The machine produces pulp molded products with exceptional strength, durability and protective properties, making them suitable for a wide range of applications. Whether used to transport fragile items or display retail products, the resulting pulp molded products provide excellent protection and presentation.
Overall, pulp molding machine molds are a game changer for businesses looking to adopt sustainable packaging solutions without compromising on quality or efficiency. Its ability to convert recycled materials into high-performance pulp molded products makes it a valuable asset for companies aiming to reduce their environmental impact and meet the needs of environmentally conscious consumers.
In summary, pulp molding machine molds represent a major advance in sustainable packaging production. With its innovative technology, cost-effective operation and high-quality output, the machine promises to revolutionize the way businesses package and protect products. Adopting this solution will not only benefit the environment but also enhance a business's reputation and competitiveness in today's eco-conscious market.