A Chinese research team has made a major breakthrough in the aviation application of bamboo, successfully developing the world’s first high-ratio bamboo-based composite unmanned aerial vehicle (UAV), which completed multiple test flights in August 2026.

With the implementation of the new national standards, furniture manufacturing has achieved technological innovations in materials science and coating processes, specifically addressing the health needs of sensitive populations.

Amid the rolling bamboo forests of Shaowu City, Fujian Province, digging for winter bamboo shoots was once backbreaking work that relied heavily on experience. In the past, farmers searched entirely by sight and touch—like opening a "blind box"—resulting in low efficiency and frequent damage to underground rhizomes from random digging, which threatened future harvests. Today, the widespread use of smart bamboo shoot detectors has transformed this predicament. By emitting high-frequency electromagnetic waves into the soil and capturing reflection signals from hidden shoots, the device achieves centimeter-level positioning accuracy. This "black technology" has tripled harvesting efficiency compared to traditional manual labor. It not only protects the forest ecosystem but also equips farmers with a "penetrating eye," eliminating the need for blind guesswork.

Recently, multiple authoritative meteorological agencies have confirmed that the central and eastern equatorial Pacific region entered an El Niño state in May 2026. This round of events is expected to persist at least until early 2027. This extreme climate phenomenon will significantly affect global natural rubber supply and deserves close attention from enterprises in the hose and belting industry.

Dazhu County in Sichuan and other regions are applying new technologies to integrate bamboo into high-end intelligent manufacturing, achieving a leap from primary processing to precision manufacturing.