The new Millet Cat Litter, thanks to its natural nano-scale pore structure on the surface of the grains, is redefining the odor control standards in the pet cleaning industry. Through the biological roasting process, the silicon-aluminum oxide active sites on the surface of millet are activated, which can precisely capture ammonia molecules and convert them into harmless nitrogen compounds. This physical transformation mechanism completely eliminates the drawbacks of traditional mixed cat litters that rely on chemical masking. The manufacturer uses innovative foaming technology to make each particle form a sponge-like super adsorbent, which absorbs water while sealing the odor. 

 

Unlike the mass production model of conventional OEM Cat Litter, this technology enables brands to customize the pore density according to regional humidity. The coastal version is enhanced for moisture resistance, while the arid region version is optimized for water retention. Laboratory comparisons show that its continuous purification duration is four times longer than that of ordinary millet cat litter, and the zero fragrance addition feature significantly reduces the risk of respiratory irritation to cats. Several chain pet stores have removed Mixed Cat Litter containing artificial deodorants and have fully introduced this plant-based solution. 

 

Environmental analysts have pointed out that the characteristic of abandoned millet cat litter, which can rapidly decompose into silicon fertilizer, has solved the potential problem of heavy metal leakage caused by the landfill of traditional mixed cat litter. What is even more noteworthy is that the carbon sink benefits created during the raw material cultivation process have opened up new revenue channels for OEM cat litter producers through carbon trading. With consumers' dual attention to pet health and environmental responsibility, this millet cat litter that follows the principles of circular economy is upgrading from a niche category to the mainstream standard in the industry.