Suneng science and technology research and development staff insist for a long time to work closely with our customer, according to the customer's requirements, the use of the material environment and the life, combined with abundant research and development and business skills, to provide customers with personalized solutions for new material selection, and ensure that all the design of the solution to meet the most stringent safety standards, implement innovative products tailored.

We cooperate with customers throughout the process, and provide a number of services for customers, including material design, product structure analysis, computer network architecture analysis and so on. In this process, with the help of suneng's interdisciplinary project team and comprehensive knowledge network, we have unique advantages: we can quickly and high-quality help customers design and provide samples for customers to test, and make targeted optimization and improvement of products according to customers' requirements in a short time. It takes only 2-3 months for an innovative product to be approved by users.

At the same time, suneng technology takes the potential demand of the market as the source of innovative ideas, actively seeks and analyzes the needs of customers and quickly finds the corresponding solutions, which are converted into commodities and then put on the market. Suneng technology strives to provide customers with advanced technology platform for product innovation, create great value for customers, and achieve a win-win situation.

Ultralight laptops, efficient lighting fixtures, new materials solutions for renewable energy, innovative foam made from carbon dioxide... The listed products are all based on the innovation of suneng technology. The company continues to expand the boundaries of innovation, reduce the impact on the environment, and benefit society.

New polyurethane based materials have also contributed to sustainability in automotive engineering, such as lightweight components that help reduce fuel consumption. The material is also widely used in today's cars, including increasingly in LED lenses for headlights. Light-emitting diodes are more energy efficient than traditional incandescent bulbs. The plastic is also driving advances in consumer electronics. Its extremely light weight, extraordinary stability and flame retardancy make it the material of choice for ultra-thin laptop cases, among other things. Ultrathin films are also made from polyurethane. Applying these films to flat 3D displays could enable holographic functions-another area that sunpower's researchers are trying to explore.