Kumi & Muovi

Text

Characteristics Silikonikumi GE-silikonikumi EPDM-kumi SBR-kumi Luonnonkumi Termoplastinen elastomeeri Polyamidi Polyamidi 6.6 Polyamidi 6.6-15% lasikuitu Polypropeeni Pientiheyspolyeteeni Polyvinyylikloridi, joustava
HangOn Q GE EPDM SBR NR TPE PA6 PA6.6 PA6.6-15 PP PELD PVC
Jaksoittainen
enimmäislämpötila (°C)		 315 315 125* 100 90 150 160 200 240** 150 70 150
Jatkuva
enimmäislämpötila (°C)		 230 230 100 90 80 135 70 90 120 110 50 100
Vetolujuus (MPa) 8 10 12 14 21 8 50 60 100 35 8 50
Murtovenymä (%) 400 500 300 500 500 500 - - - - - 20
Puristuspainuma 13%
(22h @ 175ºC)		 25%
(22h @ 175ºC)		 20%
(22h @ 125ºC)		 20%
(22h @ 70ºC)		 20%
(22h @ 70ºC)		 35%
(22h @ 70ºC)		 - - - - - -
Kovuus (ShA) 30-80 30-80 40-80 40-80 40-80 50-95 70 (ShD) 80 (ShD) 90 (ShD) 55 (ShD) 50 (ShD) 70 (ShD)
Alkalit Fair Fair Fair Fair Poor Fair Excellent Excellent Excellent Very good Good Fair
Hapot Good Good Excellent Fair Fair Very good Fair Fair Fair Excellent Good Fair
UV Excellent Excellent Very good Fair Fair Poor Very good Very good Very good Poor Poor Very good
Hankaus Poor Poor Good Good Excellent Good - - - - - -
Kuluminen Poor Poor Fair Fair Good Very good - - - - - -
Tiheys (g/cm³) 1,18 1,18 1,25 1,25 1,2 0,95 1,13 1,13 1,23 0,91 0,92 1,45
Veden imeytyminen (24 h, 20°C) 0 0 0 <0,1 <0,1 <0,1 9 8 6 <0,1 <0,1 <0,1

* In powder coating some materials can be used just once, for example EPDM which has a top temperature resistance of 125°C but can actually stand temperatures up to approx. 200°C.  EPDM plugs get harder but do not melt.

** Thermoplastics like PA actually start melting at approx. 160°C but can be stabilized in some different ways, for example with a mixture of glass fibres.

A = Excellent, B = Very good, C = Good, D = Fair, E = Poor

Ohutlevy

Characteristics DC 01 Ymagine D1 DX51D Z275 MAC EN-AW 1050A H14 EN-AW 1050A H14 1.4301
HangOn DC 01 Ymagine Pre Zink Alu 1050 Alu 5005 Stainless steel
Vetolujuus (MPa) 270-410 335-425 270-500 110-150 125-165 520-700
SS 1142 - 1151-10 4007 4106 2333
DIN ST12/ST02 - DX51D (ST 02 Z) A1955.5:AA1050-H14 - X 5 CrNi 18 10
W-nr 1.0330 - 1.0226 3.0255 3.3315 1.4301
EN EN 10130:2006 - EN 10346:2009 EN-AW 1050A H14 EN-AW 5005A H12 EN 10028-7
AISI A 366 (1012) 1008 - - - -

Metallilanka

Characteristics Kuparivedetty teräslanka Teräs Jousiteräs luokka A (kuparipinnoitettu) Jousiteräs luokka B (fosfatoitu) Ruostumaton teräs Ruostumaton teräs, haponkestävä Teräs sinkkipäällystetty Kuparilanka (galvaaninen prosessi) Ruostumaton teräs, korkea lämpötila Rakenneteräs
HangOn A B C D E E1 F G H I
Ø-riippuvainen vetolujuus (MPa) 450-1000 450-1000 1200-1700 1500-2000 600-900 700-1000 450-1000 300-400 700-1000 600-1000
SS 1311/1312 1311/1312 - - 2333 2347 1311/1312 - - 2172
DIN ST37-2 ST37-2 - - - - ST37-2 - - ST52
W-nr 1.0036/38 1.0036/38 1.0586 - 1.4308 1.4401 1.0036/38 - 1.4841 1.0841
EN 10025 10025 10016-2 10204 58E 58J 10025 - - -
AISI 1008 1008 1050 1080 304 316 1008 - 314 5120

Search