High Transparency Laminated Smart Film
YuGugang have produced standard Intelligent Smart Film for lamination for nearly 8 years. Switchalbe Film used for produced of Laminated Switchable Smart Glass.
PDLC Switchable Smart Film for lamination is available in widths up to 2150mm with a maximum sheet length of 9000mm, which can be cut to any size or shape.
Intelligent Glass already supplies several of the world's largest glass laminators. If your company is looking to produce your own Intelligent Glass, please contact us for more information about becoming an OEM Partner.
A simple ON-OFF Smart Privacy Glass from being clear (transparent) to frosted (opaque). Smart Film its laminated with EVA Film with a standard autoclave.
High Transparency Laminated Smart Film,Laminated Smart Film,Intelligent Film,Smart Film In Building Glass Shenzhen YuGuang New Material Co.,Ltd , https://www.ygsmartfilm.com
How to prevent dry hot air in wheat late season
Dry hot wind is a natural disaster that occurs in the late stage of wheat growth. Locally, it is commonly referred to as "hot air," "dry wind," or "fire dragon." This weather condition can negatively impact wheat flowering and grain filling, causing the crop to mature prematurely and reducing both yield and quality. To mitigate its effects, several preventive measures can be taken.
First, it's important to apply wheat yellow water skillfully. Watering the wheat field about 10 days before the ripening stage can significantly improve the microclimate conditions in the field, reduce the damage caused by dry hot wind, and also help with intercropping and summer sowing activities.
Second, foliar spraying of fertilizers is an effective method. During the early stages of wheat flowering and grain filling, applying a solution of 1% to 2% urea, 0.2% potassium dihydrogen phosphate, 2% to 4% superphosphate leachate, or 15% to 20% ash leachate can help accelerate the late-stage growth of wheat and reduce the risk of dry hot wind damage. Typically, this practice can increase wheat yield per acre by 8% to 15%.
In addition to these methods, farmers should monitor weather forecasts closely and consider using drought-resistant wheat varieties where possible. Proper field management, such as maintaining soil moisture and avoiding overuse of nitrogen-based fertilizers, can also help strengthen the wheat plants against dry hot wind stress.
By combining these strategies, farmers can better protect their crops and ensure more stable yields even during periods of dry and hot weather. It’s essential to stay proactive and adapt farming practices based on local climate conditions for long-term success.