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Antistatic series < PEEK >< PEI >< UPE ESD60> < antistatic >< ESD60 >< ESD60 >< FR4 >

Material characteristics

ESD semiconductor grade products are suitable for component operation and test process, and CMP process. Antistatic plastic product for high temperature environment. The antistatic PEEK has a surface resistivity of 106-109 ohms/sq. The dimensional stability of PEEK ESD60 is very high, so it is an ideal material for critical test jigs. It has excellent chemical resistance and is ideal for structural parts for wafer transfer and wet process tools

Material characteristics

Permanent electrostatic discharge.
High precision machining, low internal stress.
High strength and rigidity
Depending on the base polymer, the thermal performance is between 90~260 degrees C [continuous use temperature]

Standard size

Rochling SUSTA+ ESD Series
｜Unit：mm｜｜Color：Black｜ 
SUSTAPEEK  ESD90 Plate 620×1000×8～50t
SUSTARIN C ESD60 Plate 620×1000×8～50t
SUSTARIN C ESD90 Plate 620×1000×8～50t

Quadrant Semitron® Semiconductor Engineering Plastics Series
｜Unit：mm｜｜Color：Black｜ 
Semitron® ESd 225 (Antistatic POM)      610×1200×8～50t
Semitron® ESd 410（Antistatic PEI  )      610×1200×8～50t
Semitron® ESd 480 (Antistatic PEEK)      610×1200×8～50t
Semitron® ESd 500HR (Antistatic PTFE) 610×1200×8～50t
Semitron® ESd 520HR (Antistatic PAI )  610×1200×8～50t

Quada Antistatic ESD/ELS Conductive series
｜Unit：mm｜｜Color：Black｜ 
Antistatic POM / Conductive POM                      610×1200×8～50t
Antistatic PEI  / Conductive PEI                            610×1200×8～50t
Antistatic PEEK / Conductive PEEK                       610×1200×8～50t
Antistatic PTFE  / Conductive PTFE                       610×1200×8～50t
Antistatic  PE-UHMW / Conductive PE-UHMW   610×1200×8～50t
Antistatic  PC                1220×2440×1～20t
Antistatic PVC              1220×2440×1～20t


The length, width, thickness and diameter tolerances vary depending on the manufacturer, brand, and grade. Size according to customer requirements.

Application

Semiconductor
chip Nests and Sockets

Antistatic ESD series performance comparison table

Project
Experiment method Unit PAI PEEK PEI PTFE POM MC ESD PC PVC PMMA
ESD520HR ESD480 ESD420 ESD500HR ESD225 501CDR6 ESD ESD ESD
Color 　 　 Yellow brown gray Yellow brown gray Black White Beige Black Transparent Gray / white / blue Transparent
proportion 1183 g/cm3 1.41 1.31 1.27 2.2 1.33 1.23 1.2 1.4 1.2
Temperature (continuous) 　 ℃ 250 250 170 260 90 120 125 55 70
Temperature (short) 　 ℃ 270 310 200 285 140 170 135 　 90
Melting point 　 ℃ 　 340 　 330 165 220 　 120 　
Glass transition temperature 　 ℃ 285 　 215 　 　 　 150 　 100
Line thermal expansion coefficient 　 m/(m.k) 30×10-6 50×10-6 35×10-6 100×10-6 150×10-6 75×10-6 65×10-6 80×10-6 70×10-6
(23-100 ° C average)
Flammability (UL94) 4589 　 V-0 V-0 V-0 V-0 HB HB HB V-0 HB
Water absorption (24 hours in water at 23 ° C) 62 % 0.29 0.06 0.26 0.03 5 　 0.18 　 　
- (23 ° C in water) 62 % 4.5 0.45 1.35 2 10 　 0.35 0.2 0.3
Bending tensile stress / tensile stress 527 MPa 120/- 100/- 105/- -/10 -/38 85/- 70/- 90/- 125
Cracked tensile strain 527 % 10 20 2 >50 15 25 >50 　 　
Tensile modulus of elasticity 527 MPa 4500 4400 6400 1800 1500 3500 2400 3000 3300
-1% / 2% of the normal strain of the compressive stress 604 MPa 27/35 29/57 25/49 　 11月20日 26/51 18/35 1.6/- 　
Pendulum notch impact test 179/1eU kj/m2 10 3.5 4 5 8 3.5 9 　 　
Coefficient of friction 　 　 　 　 　 0.1 0.32 　 0.55 0.6 　
Rockwell hardness Jan-39 - E79 M105 M115 R50 R106 M85 M75 82 90
Volume resistance -60093 Ω×cm 1010-1012 106-109 106-109 1010-1012 109-1011 106-108 1015 ≥1015 ≥1015
Surface resistance -60093 Ω 1010-1012 106-109 106-109 1010-1012 109-1011 106-108 106-108 106-108 106-108
Project Experiment method Unit PAI PEEK PEI PTFE POM MC ESD PC PVC PMMA
ESD520 ESD480 ESD420 ESD500HR ESD225 501CDR6 ESD ESD ESD
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