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  • What is the difference between a plasticizer DOP and a DOTP?
  • Compared with the traditional plasticizer DOP, DOTP has less volatility loss and higher stability in long-term use, reducing material aging problems caused by plasticizer migration. High volume resistivity (up to 1×10⁹Ω-m or more), especially suitable for wire and cable insulation materials to ensure electrical safety.
  • Is DOTP a terephthalate plasticizer?
  • D.O.T.P is a terephthalate plasticizer and has a very different structure in structure as seen from its open formulas from orthoftalate esters such as D.O.P, D.I.O.P, D.I.N.P, D.I.D.P. This branched structure of D.O.T.P provides D.O.T.P many excellent features not found in other plasticizers.
  • What is DOTP used for?
  • DOTP is the plasticizer of choice for high-temperature resistant cables (e.g., 70°C class cables), and is widely used as a sheathing material for power transmission and communication cables due to its low volatility and high electrical insulation properties.
  • Is DOP better than RoHS?
  • RoHS also has the same limits. In Japan it is less than 0.05% or 500 ppm. It is therefore necessary to use its cost-effective replacement, as good as DOP, possibly better that DOP,without causing health problems. Besides, it should be able to accept secondary plasticizer CP, without health hazard.
  • Why is DOTP branched?
  • This branched structure of D.O.T.P provides D.O.T.P many excellent features not found in other plasticizers. The volatility of plastisols (mixture of P.V.C and plasticizer) during the fusion process is determined by weight loss at various fusion temperatures.
  • Which is better DOP or DINP?
  • DINP has a highermolecular weight and longer carbon chain,(Av. Molecular weight 418) as compared to DOP, molecular weight 390. This results in – Better aging performance, increasing product life. Higher high temperature resistance. 5. Other benefits of DINP over DOP - Electrical insulation performanceis better than DOP.