Technological Innovation
Adopting Advanced Track Systems: For example, the suspended linear rail technology. Its cavity structure, compared with traditional open tracks, has several additional load-bearing parts. It can enhance strength both horizontally and vertically, effectively prevent derailment, improve waterproof and sealing performance, and support large-area window sashes. Moreover, appropriate wall thickness and whether to insert steel pipes can be chosen according to different environments. In terms of technology, advanced technologies should be applied and technological innovation helps to make products better. Currently, technological innovation focuses on environmental protection because people’s awareness of environmental protection is becoming stronger and they tend to choose products that are environmentally friendly. After all, environmentally friendly products are sustainable and have a relatively long service life.
Integrating Intelligent Control Systems: With the development of smart homes, integrating intelligent control systems into sliding windows has become possible. For instance, by installing sensors and control modules, users can remotely control the opening and closing of windows through smartphones or voice assistants. What’s more, the state of the windows can even be automatically adjusted according to changes in the indoor and outdoor environments, achieving the best balance between ventilation and privacy protection. As intelligent systems are designed and embedded in doors and windows, more and more people will like these smart doors and windows. For example, some doors and windows can identify intelligently. If children climb on them, an alarm will sound to remind adults to pay attention to the children’s safety. Also, on rainy or windy days, if rainwater is about to drift in, the smart windows will automatically close.
Applying High-Performance Glass: Using double or multi-layer glass structures and adding inert gases in between can effectively reduce the thermal conductivity of windows, improve the heat insulation and heat preservation effects, and also possess good sound insulation performance, meeting the requirements of modern buildings for energy conservation and comfort. When it comes to the application of high-performance glass, for example, the glass used in some high-rise buildings is relatively hard. Made of some special materials, it is not easy to break even if it falls, which helps to ensure people’s safety.
Material Research and Development
High-Strength Aluminum Alloy Materials: Research and develop high-strength, corrosion-resistant, and recyclable aluminum alloy materials. While ensuring that sliding windows are sturdy and durable, reduce their weight to make installation and operation easier. It is also possible to improve their wind pressure resistance and deformation resistance by improving the formulation and production process of aluminum alloys. High-strength materials can be used in relatively harsh weather conditions. Even in the case of acid rain, this kind of high-strength aluminum alloy has good antioxidant properties and can prevent its surface from being corroded.
New Sealing Materials: Look for or develop higher-quality sealing materials, such as high-performance rubber sealing strips, silicone sealants, etc., to ensure that sliding windows have better sealing performance when closed, effectively preventing rainwater infiltration, air leakage, and noise from entering. As the name implies, sealing materials have good sealing properties. They can prevent noise from entering, rainwater from seeping in, and wind from blowing in through gaps.
Application of Environmentally Friendly Materials: Pay attention to the environmental protection performance of materials and choose raw materials that meet international environmental protection standards, such as materials without lead, mercury, and low volatile organic compounds (VOCs), to reduce environmental pollution and impacts on human health. Regarding the application of environmentally friendly materials, they are currently popular because they have the advantages of a long service life and not causing pollution to the land. Therefore, more and more people like to use them. In many industries, the application of environmentally friendly materials is becoming more and more widespread because they have quite a few advantages, such as being sustainable, reducing the use of natural resources, and protecting the ecological environment.
Process Optimization
Precision Machining Process: Introduce advanced production equipment and precision machining processes to improve the machining accuracy of various parts of sliding windows, such as the dimensional accuracy of window frames and sashes, and the flatness of tracks, ensuring the assembly quality of windows and the smoothness of sliding. Through technology, the edges of doors and windows are precisely processed to form an exquisite craft. Only when the appearance is good can it attract consumers to buy the products.
Surface Treatment Process: Adopt advanced surface treatment technologies, such as fluorocarbon spraying, powder spraying, anode oxidation, etc., to improve the corrosion resistance, wear resistance, and aesthetics of aluminum alloy profiles, while ensuring the stable quality and environmental protection performance of surface treatment. After surface treatment, a thin film will be formed, which has an antioxidant effect.
Quality Inspection Process: Establish a complete quality inspection system. Conduct inspections layer by layer from the inspection of raw materials, the detection of semi-finished products during the production process to the factory inspection of finished products, ensuring that each sliding window meets high-quality standards.
Design Optimization
Personalized Customization Design: Meet the personalized needs of different customers, provide a variety of styles, colors, sizes, and function options for sliding windows. Also, according to different architectural styles and usage scenarios, design sliding window products with unique appearances and performances.
Ergonomic Design: Consider users’ usage habits and ergonomic principles, optimize the design of parts such as the operating handles and locks of sliding windows to make them more comfortable and convenient for human operation, improving user experience.
Safety Design: Strengthen safety performance in the design, such as using a multi-point locking system to improve anti-theft performance and equipping anti-falling devices to prevent accidental falls. Especially for sliding windows in high-rise residential buildings, ensure the safety of use.