The first thing that catches your eye is always row upon row of bamboo. They stand quietly against the black shelving, pale beige grain unfolding along the light, like a whole bamboo grove cut down to a size you can take home.

Building upon the ENF grade (≤0.025 mg/m³), leading industry players are now competing to meet the even more stringent HENF (Heating Environment No-Formaldehyde)​ standard — tested under simulated underfloor heating conditions at 30°C, the formaldehyde emission limit must still remain at ≤0.025 mg/m³. Recent representative developments include:

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.