P SERIES – SINGLE COMPONENT MOLDING OR OVERMOLDING TO PP

 

Characteristics

  • Soft, flexible feel
  • Excellent grip characteristics
  • Good weatherability
  • Good compression set
  • Easy processability and colorability
  • Available FDA and medical grades
  • Available translucent grades
 

Typical Applications

  • Consumer
  • Industrial
  • Packaging
  • Electronics
  • Healthcare
  • Automotive
 
 
 

Low Cost TPE for Overmolding onto PP or Standing Alone

The P1 series is a good alternative for indoor applications and disposable articles that do not require high requirements for aging and heat resistance. The raw materials are specially selected for a fast and stable manufacturing process. The P1 series has shore A hardness from 30 A to 90 A in natural and black, but it can easily be colored.

 

Grade Haardness
Shore A		 Density
(g/cm3)		 Tensile Strength
(MPa)		 Elongation
(%)		 100% Modulus
(MPa)		 300% Modulus
(MPa)
P1740 40 1.18 1.71 573 1.1 1.45
P1745N 45 1.18 1.97 743 1.02 1.38
P1750 50 1.18 2.05 336 1.48 1.62
P1750N 50 1.18 2.16 877 1.13 1.49
P1755 55 1.18 3.62 746 1.87 2.51
P1760 60 1.18 1.95 501 1.42 1.72
P1765A 65 1.18 3.22 545 2.11 2.68
P1765B 65 1.15 3.53 536 2.36 3.03
P1770 70 1.15 4.54 736 2.58 3.3
P1776 74 1.15 5.06 608 3.13 3.91
P1780 80 1.12 5.87 585 4.04 4.89
P1785 85 1.19 7.94 730 4.42 6.85
P1785D 85 1.2 5.28 804 4 4.18
P1790 90 1.11 8.47 511 6.72 7.04
P1840P 40 1.02 3.3 795 1.16 1.73
P1845 45 1.15 4.54 977 1.26 2.05
P1850 50 1.04 2.87 622 1.37 2.26
P1855 55 1.02 4.5 867 1.97 2.76
P1860D 60 1.02 4.42 872 2.16 2.92
P1865A 65 1 3.21 497 2.11 2.73
P1870 70 1.07 4 452 2.81 3.47
P1885 83 0.98 8.39 633 5.56 6.56
P1890 88 1.01 10.07 680 5.95 7.1
P1930D 30 0.9 5.53 1016 0.72 1.32
P1935 37 0.96 2.77 686 1.27 1.96
P1940 40 0.96 4.44 1048 1.25 1.68
P1945 45 1.03 6.03 953 1.64 2.68
P1955 56 1.02 4.14 999 1.74 2.32
P1957TB 56 0.9 4.17 1077 1.78 2.22
P1957TA 57 0.91 4.35 489 2.32 3.34
P1960T 60 0.91 5.77 870 2.68 3.44
P1970 70 0.99 6.39 728 3.41 4.36
P1980 77 0.95 8.87 693 4.19 5.75
P1985NT 85 0.91 6.19 772 4.18 4.57
P1985T 86 0.91 6.95 1030 3.99 4.32

 

Economy Grade for Overmolding onto PP and/or Standing Alone

 

Grade Haardness
Shore A		 Density
(g/cm3)		 Tensile Strength
(MPa)		 Elongation
(%)		 100% Modulus
(MPa)		 300% Modulus
(MPa)
P2620 20 1.15 1.15 877 0.57 0.9
P2625 24 1.2 2.65 847 0.6 0.98
P2630 30 1.18 2.64 831 0.77 1.33
P2631 30 1.18 1.62 699 0.68 1.02
P2635 34 1.2 1.97 594 0.99 1.45
P2645 45 1.15 2.08 521 1.22 1.65
P2650 50 1.18 2.91 555 1.75 2.35
P2655 55 1.18 3.55 613 1.93 2.56
P2660 60 1.18 4.22 658 2.11 2.81
P2665 65 1.18 4.38 619 2.69 3.43
P2690 87 1.2 10.52 568 6.88 8.24
P2725 27 1.14 3.02 974 0.7 1.08
P2735 37 1.14 2.99 833 0.73 1.28
P2740 39 1.13 2.65 681 1.27 1.79
P2745 45 1.08 2.16 522 1.29 1.81
P2750 52 1.08 2.62 484 1.53 2.18
P2755 55 1.08 4.51 671 1.87 2.89
P2760 56 1.16 2.8 556 1.46 2.11
P2765 63 1.05 4.01 543 2.6 3.4
P2770 66 1.14 3.54 553 2.27 2.95
P2825 25 1.09 2.16 709 0.53 1.11
P2830 29 0.98 2.01 705 0.67 1.19
P2840 39 1.04 2.32 618 1.03 1.65
P2845 45 1.04 2.87 584 1.33 2.02
P2850 49 1.04 2.98 563 1.65 2.4
P2855B 55 0.97 3.3 424 1.96 2.82
P2865 65 1.04 3.73 503 1.97 2.9
P2866T 65 0.9 4.15 543 3.09 3.75
P2875 75 1.04 6.7 650 3.61 4.71
P2880 80 0.99 7.08 557 3.96 5.18
P2885 86 0.95 12.52 614 7.71 9.17
P2945T 45 0.9 4.22 617 2.15 3.08
P2950 50 0.99 3 486 1.52 2.18
P2950T 50 0.9 3.67 546 2.1 2.96
P2955T 56 0.88 2.9 397 1.61 2.42
P2965T 65 0.89 2.79 345 2.06 2.71

 

Overmolding onto PP and/or Standing Alone

 

Grade Haardness
Shore A		 Density
(g/cm3)		 Tensile Strength
(MPa)		 Elongation
(%)		 100% Modulus
(MPa)		 300% Modulus
(MPa)
P3650 50 1.02 5.5 834 1.05 1.87
P3653T 53 0.89 8.27 767 2.13 3.2
P3655 55 1.04 4.96 854 1.42 2.01
P3660T 60 0.89 7 784 2.1 3.12
P3670 70 1.06 6.46 727 2.11 3.04
P3672 72 1.08 6.5 512 3.33 4.53
P3675 75 0.97 9.67 558 5.34 7.08
P3740 40 1.15 4.1 705 1.16 1.96
P3750 48 1.18 3.19 595 1.56 2.39
P3755 58 1.11 4.71 566 2 3.14
P3760 60 1.18 7.67 735 2.3 3.79
P3770 70 1.18 8.16 707 2.84 3.79
P3775H 76 1.17 6.94 428 4.04 5.26
P3780 79 1.18 10 649 4.65 5.9
P3780H 81 1.14 10.54 605 4.38 5.93
P3785 83 1.17 10.66 540 5.62 6.54
P3785H 78 1.2 8.49 346 6.44 7.25
P3790 90 1.11 11.76 709 4.47 5.65
P3816 18 1.03 1.93 1063 0.39 0.73
P3825 27 0.96 2.82 884 0.69 0.73
P3830 30 0.96 2.64 706 0.82 1.59
P3838 38 0.95 5.95 710 1 2.1
P3845H 43 0.97 3.9 677 1.37 2.14
P3850 50 0.98 7 786 1.29 2.16
P3850H 50 0.98 5.22 768 1.3 2.14
P3855 56 0.97 8.28 605 1.5 2.37
P3857CT 57 0.89 4.23 739 1.51 2.31
P3860 61 0.97 8.13 783 1.73 2.68
P3862 62 0.99 7.31 792 2.07 3.19
P3865A 65 0.95 8.5 781 1.9 2.9
P3865B 67 0.99 6.47 544 3.82 5.13
P3868H 68 0.98 5.89 424 3.85 4.56
P3870 70 0.96 8.51 732 3.2 4.39
P3870H 70 1.03 9.76 835 2.41 3.5
P3875 72 1.02 9.52 626 3.78 5.36
P3875H 72 1.01 8.2 564 3.87 5.33
P3877 77 0.96 9.35 766 2.88 4.05
P3880 79 1.02 9.37 616 4.41 6.09
P3880H 79 1 11.27 647 4.1 5.72
P3885H 83 0.99 13.4 639 5.21 7.07
P3885M 85 1.01 1, 1.71 616 5.13 6.92
P3890 90 1.02 15.9 602 8.54 10.71
P3890H 90 0.98 16.79 576 8.1 10.13
P3892 92 1.03 20.21 671 9.23 11.06
P3893 93 1 15.26 604 10.37 11.76
P3895 95 0.98 18.39 610 12.79 13.71
P3896 94 1 22.88 748 9.12 11.08
P3897 96 1.07 20.52 594 12.9 14.07
P3897M 96 0.98 20.12 613 14.51 15.21
P3899 97 0.97 20.63 535 15.33 15.74
P3908T 8 0.87 1.68 797 0.25 0.6
P3915T 17 0.88 2.56 839 0.44 0.91
P3925T 26 0.89 3.2 624 0.59 1.4
P3930CT 32 0.89 3.85 707 0.58 1.35
P3930TE 31 0.89 5.75 729 0.68 1.84
P3932C 32 0.88 3.03 679 0.79 1.38
P3935T 34 0.89 3.45 640 0.95 2.02
P3936C 35 0.88 3.33 738 0.76 1.41
P3940C 37 0.89 4.65 718 1.12 1.74
P3940CH 41 0.89 5.11 701 1.29 2.46
P3945C 45 0.89 6.62 767 1.51 2.42
P3946 46 0.96 5.31 852 1.16 2.21
P3950CT 50 0.9 5.76 692 1.48 2.73
P3953CT 53 0.9 6.63 678 1.8 2.99
P3955T 55 0.87 6.76 634 1.95 3.01
P3956 55 0.89 6.99 758 1.68 2.71
P3960 59 0.97 4.78 462 2.92 4.46
P3965H 66 0.91 7.49 465 3.13 4.38
P3967H 67 0.96 8.56 501 3.74 6.04
P3970 70 0.92 6.25 292 4.67 5.90
P3970H 71 0.92 7.75 447 4.61 5.85
P3975H 75 0.89 8.29 485 4.82 6.12
P3980H 79 0.92 11.05 515 4.81 5.61
P3990H 90 0.91 14.84 557 7.28 10.1
P3991 91 0.91 18.55 676 7.9 9.83