Quality eco-friendly TBC DOP alternative environmental DBP Hungary

  • Quality eco-friendly TBC DOP alternative environmental DBP Hungary
  • Quality eco-friendly TBC DOP alternative environmental DBP Hungary
  • Quality eco-friendly TBC DOP alternative environmental DBP Hungary
  • What is a substitute for DBP?
  • Has very similar application properties to DBP and may therefore be used to substitute for DBP in most, if not all, of its applications. The main alternatives to DEHP have been the two phthalates di-isononyl phthalate (DINP) and di-isodecyl phthalate (DIDP).
  • Are DBP and DEHP water quality standards Safe?
  • In addition, the acute WQCs of DBP and DEHP are much higher than those specified in the environmental standards for surface water in China, indicating that their water quality standards can protect aquatic organisms from acute toxicity.
  • How much DBP & DEHP are in surface water in China?
  • According to Table 2, the concentrations of DBP and DEHP in surface water in China range from 0.01 to 133.7 μg/L and from 0.01 to 148.75 μg/L, respectively. The ecological risk of DBP and DEHP in six regions in China was assessed by HQ comparing the exposure concentrations and WQCs derived in this study.
  • What is the market size of DBP?
  • The market for DBP has been decreasing over recent decades: In 1994 the production volume of DBP in the EU was 49,000 tonnes and in 1998 it was 26,000 tonnes, with an export of 8,000 tonnes. Gelling aid in combination with other plasticisers in plastics.
  • What is the ecological risk management of DBP and DEHP?
  • The ecological risk of DBP and DEHP in North China and Yangtze River is relatively higher than other regions, which may have harmful effects on the aquatic environments. So, it is necessary to strengthen the water quality management. The results could provide scientific basis for ecological risk management of DBP and DEHP.
  • Is ASE a good alternative to DEHP?
  • ASE is a general plasticiser alternative to DEHP. The producer has indicated significant market experience for most traditional DEHP, DBP and BBP uses. The performance of ATBC on some parameters seems similar to DEHP, indicating technical suitability for substitution of DEHP for some applications.

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