Curing reaction of molybdenum–phenolic resins
Citations Over Time
Abstract
Abstract The curing behavior and curing reaction kinetics of novel molybdenum–phenolic resins were studied with differential scanning calorimetry and thermogravimetry methods, the thermal degradation properties of the cured products were studied with thermogravimetry, and the mechanism of the curing reaction was investigated with Fourier transform infrared. When the mixing ratio of the molybdenum–phenolic resin (with 12% molybdenum) to the curing agent was 100/10 (w/w), the curing temperature and activation energy were at a minimum, the thermal degradation stability of the cured product was optimal, and the temperature corresponding to the maximum extent of curing was 200°C. The curing mechanism was similar to that of conventional phenolic systems. © 2003 Wiley Periodicals, Inc. J Appl Polym Sci 88: 1410–1415, 2003
Related Papers
- → Solid-state compounds of 2-chlorobenzylidenepyruvate with some bivalent metal ions(2007)14 cited
- → Determination of the amount of associated solvents in poly(amic acid)s by thermogravimetry(1971)3 cited
- [Application of thermogravimetry to loss on drying test and water-content determination of drugs].(1997)
- Application of thermogravimetry on coal char combustion characteristics(2009)
- Study on Quantitative Thermogravimetry Analysis of Textile Fibers(2012)