先进弹性体纳米复合材料.ppt

Nanocomposite Elastomers Activities at IPRC Conclusions 0.25 -- -- MS 0.50 -- -- DPG 1.00 1.00 1.00 TBBS 1.75 1.75 1.75 sulphur 17.50 -- -- RRA 50 -- 10.00 -- RRA 10 3.00 3.00 3.00 zinc oxide 1.00 1.00 1.00 acid stearic 100.00 100.00 100.00 Synpol 1502 S139-2G S96-1G S3-011G ? SBR Stress Strain graph RRA50 RRA10 Scorch time (min) Optimal Vulc .time (min) Tensile (Mpa) M200 (Mpa) Tear (N/mm) Elasticity Yerzley (%) RRA 50 RRA 10 RRA 50 RRA 10 RRA 50 RRA 10 RRA 50 RRA 10 RRA 50 RRA 10 RRA 50 RRA 10 0.25 MS 0.50 DPG 1.00 MBS 1.75 sulphur 5.00 HI-AR 17.50 15.00 12.50 -- RRA 74-1 15.00 20.00 25.00 50.00 HAF N330 3.00 zinc oxide 1.00 acid stearic 100.00 Synpol 1502 S160-3 S160-2 S160-1 S160-0 ? DIN Abrasion (mm3) HBU (0F) Tear (N/mm) M200 (MPa) Yerzley (%) partial substitution of CB by NC Specific gravity (g/cm3) HAF 50 HAF 25 HAF 25 HAF 15 HAF 50 HAF 25 HAF 25 HAF 15 HAF 50 HAF 25 HAF 25 HAF 15 HAF 50 HAF 25 HAF 25 HAF 15 HAF 50 HAF 25 HAF 25 HAF 15 HAF 50 HAF 25 HAF 25 HAF 15 HAF 50 HAF 25 HAF 25 HAF 15 HAF 50 HAF 25 HAF 25 HAF 15 HAF 50 HAF 25 HAF 25 HAF 15 Scorch time (min) Optimal Vulc .time (min) Tensile (Mpa) * NANOCOMPOSITES FOR ADVANCED ELASTOMERS Adam Schwartz The 4th International Conference on NANOTECHNOLOGY FOR THE NANOTECHNOLOGY FOR THE PLASTICS RUBBER INDUSTRIES PLASTICS RUBBER INDUSTRIES February 2, 2009 SOCIETY OF ISRAEL PLASTICS RUBBER INDUSTRY Nano-Fillers in Elastomers POSS Carbon nanotubes CNT Layered double hydroxide LDH Nano silica Modified Nano silica Nano silicates Clay modification Nano ZnO CaCO3 Mg(OH)2 CB (20-250 nm) Graphite graphene Low friction coefficient Nano-Fillers in Elastomers POSS Carbon nanotubes CNT Layered double hydroxide LDH Nano silica Modified Nano silica Nano silicates Clay modification Graphite graphene Nano ZnO CaCO3 Mg(OH)2 CB (20-250 nm) -Heat resistance temperature -Decompression explosive resistance seals (EPDM ,FKM) -Electrical