nano irrigation hose is a new type of water-saving irrigation system that integrates nano-material science and precision irrigation technology. Its core principle is to achieve controllable water penetration through nano-scale microporous structure, providing continuous and uniform water supply for plant roots.
Nano irrigation seepage pipes, through material innovation and structural optimization, outperform traditional drip irrigation tubes in both lifespan and adaptability, particularly excelling in arid, saline-alkali, and sandy environments. While requiring higher initial investment, they deliver lower lifecycle costs with comprehensive advantages including water conservation, efficiency enhancement, environmental sustainability, and durability, making them ideal for future high-efficiency agriculture and ecological restoration.
The successful trial run of the Yongte WPC decking extrusion machine is the result of teamwork and a growth in technical practice. Going forward, I will apply this experience to subsequent equipment operation and maintenance, ensuring mass production, and continue to learn new equipment technologies
The global market demand for flame-retardant flooring is showing a steady growth trend. According to research data from Grand View Research, the global market size for flame-retardant wood-plastic composite (WPC) flooring reached US$8.6 billion in 2024 and is projected to exceed US$15 billion by 2030, with a compound annual growth rate (CAGR) of over 9.2% during this period. This growth is mainly driven by several factors: the gradual implementation of the EU Carbon Tariff (CBAM), the continuous upgrading of building safety standards in North America, and the rising demand for infrastructure construction in Southeast Asia, all of which have jointly promoted international demand for building materials that combine fire safety and low-carbon characteristics.
Yongte's LVT floor machine has successfully completed its trial run. This line includes a twin-screw extruder, T-die, five-roll shaping system, embossing system, cooling system, traction and automatic cutting equipment, electrical control system, and intelligent temperature control module.
With the continuous advancement of municipal engineering and water conservancy construction, the demand for large-diameter PVC pipes continues to rise. These pipes are not only corrosion-resistant but also have relatively controllable overall costs, making them the preferred choice for many projects. However, on the production side, many companies are often troubled by several long-standing problems—especially with large-diameter PVC pipes exceeding 500 mm in diameter. During production, issues such as unstable molding, uneven wall thickness, and high energy consumption are common, directly impacting product qualification rates and production costs.
