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WHISTATTConductive Compound

A high-tech compound securing high dimensional stability and permanent conductivity

Whistatt offers exceptionally stable and uniform chemical and physical conductivity. When used as an anti-static or resistance agent, the material allows for flexible electrical system design.

WHISTATT is a series of conductive compounds that feature Otsuka Chemical's conductive filler DENTALL

These compounds provide the same superior sliding and microscopic reinforcement as our Poticon series, with the added benefit of conductivity or anti-static properties. The three dimensional net-like structure of Whistatt's conductive bypass delivers extremely stable and uniform conductivity.

These compounds provide the same superior sliding and microscopic reinforcement as our Poticon series, with the added benefit of conductivity or anti-static properties. The three dimensional net-like structure of Whistatt’s conductive bypass delivers extremely stable and uniform conductivity.

Advantages

  1. Uniform Stable Conductivity
  2. Wide selectivity of conductivity
  3. Superior Conductive Stability in Thermal Environment
  4. Micro-reinforcement
  5. Superior friction sliding and wear reduction

Applications

  • Silicon Wafer Basket
  • IC Tray
  • OA(Gears)

General Properties

Polymer
PPS
PPS
PC
Special PA
PP
Grade
RFKB-9
RBA313N
CB221HC
NB362N
PW36
Unit
Test method
Water absorption rate
%
D570
0.02 0.02 - 0.1 0.11
Tensile strength
MPa
D638
50 49 67 108 29
Elongation at break
%
D638
1.2 1.6 5.2 2 5
Flexural strength
MPa
D790
68 69 103 162 44
Flexural modulus
GPa
D790
5.1 5.4 3.4 10.3 2.5
Izod impact strength
J/m (notched)
D256
30 25 27 29 42
Coefficient of kinetic friction
*Otsuka method
0.22 0.18 - 0.15 -
Specific abrasion volume
X10-1mm3/N・km
0.021 0.01 - 0.02 -
Specific abrasion of counterpart
X10-1mm3/N・km
0 0 - 0 -
Heat distortion temperature
D648
213 220 131 200 77
Flammability
UL94
V-0 V-0 - HB -
Volume resistivity rate
Ωm
D257
104 102 1.9×106 102 109

*Otsuka method : This Size is measured size of 90×50×3 mm molded item by vernier caliper