TH29719A - Polyacetal composition with conductive condition - Google Patents

Abstract

DC60 (15/01/41), polyacetal composition with an electrically conducting condition. Which offers flexibility and Improved durability And the ability to process processes And being a good flow condition. Composition consists of oxymethylene polymer. Elastomer, polyurethane and carbon black with an electrically conducting condition. With a lower structural level (DBP absorption) and large particle size (low surface area) than the previously mentioned conductive carbon black used in the composition. The constituents were composed of between approximately 65 and approximately 85 percent by weight. Oxymethylene polymer, between approximately 10 and 20 percent by weight Elastomeric polyurethane Conductive carbon black has a BET surface area (N2) of between approx. 40 and approx. 100 m2 / g and a small pore volume, DBP absorption, between approximately 150 and approximately 350 ml / 100. Conductive Carbon Black Has been used in this element Spreading Easier than in the polymer of the composition. And any diminished increase in molten viscosity during compounding Polyacetal elements with an electrically conducting condition Which offers flexibility and Improved durability And the ability to process processes And being a good flow condition. Composition consists of oxymethylene polymer. Elastomer, polyurethane and carbon black with an electrically conducting condition. With a lower structural level (DBP absorption) and large particle size (low surface area) than the previously mentioned conductive carbon black used in the composition. The constituents were composed of between approximately 65 and approximately 85 percent by weight. Oxymethylene polymer, between approximately 10 and 20 percent by weight Elastomeric polyurethane Conductive carbon black has a BET surface area (N2) of between approx. 40 and approx. 100 m2 / g and a small pore volume, DBP absorption, between approximately 150 and approximately 350 ml / 100. Conductive Carbon Black Has been used in this element Spreading More easily in the polymer of the composition. And any diminished increase in molten viscosity during compounding

Claims (9)

1.Polyacetal composition Electrical conductive resin It consists of between approximately 65 and approximately 85 percent by weight. Of oxymethylene polymers, between approximately 10 and approximately 20 percent by weight Of conductive carbon blacks whose surface area, BET (N2) is between approx. 40 and approx. 100 m2 / g, and small pore volume, DBP absorption is between approximately 150 and approximately 350. Ml / 100 g and between approximately 10 and approximately 20% by weight of elastomer polyurethane. 2. The polyacetal resin composition of claim 1 consists of at least 0.5 percent by weight. Of anti-oxidizing agents 3. Polyacetal resin composition of claim 1, where the composition is between 70 and 80% by weight. Oxymethylene polymer 4. Polyacetal resin composition of claim 3, where it comprises between 75% by weight. Of oxymethylene polymers 5. Polyacetal resin composition of claim 1 where it comprises between 12 and 17 percent by weight. Of carbon black 6. Polyacetal resin composition of claim 5, where it comprises approximately 12.5% by weight. Of such carbon black 7. Polyacetal resin composition of claim 1, where it comprises between approximately 10 and 15 percent by weight. Of elastomers Rick Polyurethane said. 8. Polyacetal resin composition of claim 7 where it comprises approximately 12% by weight. Of elastomer polyurethane 9. Polyacetal resin composition of claim 1 where such carbon black has a surface area, BET (N2) between approximately 40 and approximately 70 m2 / g and a small hole volume, DBP bioavailability is between approximately 150 and approximately 200 mL / 100 g 1. 0. Polyacetal resin composition of claim 9 where such carbon black has a surface area, BET (N2) approx. 65 m2 / g and pore volume, DBP bioavailability approx. 190. Ml / 100 g