20%) sintered at 1200 ☌ and the paraffin wax (wt. In addition, the peak of microwave reflection loss of the samples (2.0 mm thickness) from the C/TiO 2 powder (wt. Furthermore, the average imaginary-part values of the permittivity of the C/TiO 2 sintered at 600 ☌ and 1200 ☌ notably increased by 11.16-fold. Additionally, with the rising of the temperature sintering C/TiO 2, the microwave absorbency of the C/TiO 2 was improved over high frequency zones. Moreover, the ignition, the maximum combustion, and the burnout temperatures of the C/TiO 2 sintered at 600 ☌ were ~320 ☌, ~530 ☌, and ~585 ☌, respectively. Thus, the density of the C/TiO 2 sintered at 1200 ☌ was lower and approximately 0.916 ± 0.003 g/cm 3. The results showed that the biomorphic microstructure of the moso bamboo charcoal was duplicated in the C/TiO 2. Liangcun Qian,* ,a Shuyun Yang, b Weining Hong, a Peirong Chen, a and Xiaolin Yao aīiomorphic charcoal/TiO 2 composites (C/TiO 2) from moso bamboo templates were produced for absorbing microwave. Subsequently, the characteristics of the C/TiO 2 were investigated by scanning electron microscopy, thermogravimetric analysis, and vector network analysis. Synthesis of Biomorphic Charcoal/TiO 2 Composites from Moso Bamboo Templates for Absorbing Microwave Therefore, the C/TiO2 sintered at higher temperatures exhibited lower geometrical density, better thermostability, and favorable microwave absorptive properties. In addition, the peak of microwave reflection loss of the samples (2.0 mm thickness) from the C/TiO2 powder (wt. Furthermore, the average imaginary-part values of the permittivity of the C/TiO2 sintered at 600 ☌ and 1200 ☌ notably increased by 11.16-fold. Additionally, with the rising of the temperature sintering C/TiO2, the microwave absorbency of the C/TiO2 was improved over high frequency zones. Moreover, the ignition, the maximum combustion, and the burnout temperatures of the C/TiO2 sintered at 600 ☌ were ~320 ☌, ~530 ☌, and ~585 ☌, respectively. Thus, the density of the C/TiO2 sintered at 1200 ☌ was lower and approximately 0.916 ± 0.003 g/cm3. The results showed that the biomorphic microstructure of the moso bamboo charcoal was duplicated in the C/TiO2. Subsequently, the characteristics of the C/TiO2 were investigated by scanning electron microscopy, thermogravimetric analysis, and vector network analysis. 'Synthesis of biomorphic charcoal/TiO2 composites from moso bamboo templates for absorbing microwave,' BioRes. 11(3), 7078-7090.īiomorphic charcoal/TiO2 composites (C/TiO2) from moso bamboo templates were produced for absorbing microwave. The DuPont nylon bristles are recyclable and made from renewable raw materials.Qian, L., Yang, S., Hong, W., Chen, P., and Yao, X. Discoloration caused by coffee, tea, red wine and cigarette smoke can be removed effectively and teeth can brighten up.īIODEGRADABLE: The handle is composed of high quality Moso bamboo and is biodegradable. NATURALLY WHITE TEETH: The bristles are equipped with bamboo charcoal. More than 10,000 scientists and engineers at DuPont are working on the development of sustainable solutions to meet these challenges. Its home is the Eastern Central China and Taiwan.ĭuPont stands for innovation and the latest technologies. The stalks reach 8 to 18 centimeters in diameter. Moso Bamboo (Phyllostachys edulis) is a bamboo species in the genus Phyllostachys and can reach up to 12 meters in height and grow to a day’s maturity. The results are a whiter and healthier teeth.īamboo belongs to the family of sweet grasses. The charcoal bristles of the BambooDent can help to eliminate these stains gently. Responsible for this are tannins, which are particularly contained in these products. The consumption of coffee, tea, red wine and cigarettes can cause tooth discoloration. Coal has the ability to absorb toxins and dyes. The bristles are gently treated with bamboo charcoal and thus get their black color. Produced from renewable raw materials and 100% recyclable.

The medium-soft bristles made of BPA-free DuPont nylon offer a pleasant cleaning feeling. This counteracts the formation of germs and ensures healthy mouth and tooth hygiene.

Bamboo has natural antibacterial properties and is very resistant. The result is a soft, robust wood with antibacterial properties. The handle is made of five years advanced, sustainable organically grown Moso bamboo and then carbonized with heat. A sustainable alternative to conventional plastic toothbrushes – environmentally friendly and tooth whitening.

Moso bamboo charcoal cigarettes