ESD (Electrostatic Discharge)
Area of Application.
- thermoforming
- mechanical processing
- conglutination
Types.
- volume conductive
- surface conductive
Variants.
PS (SB) electrically conductive
(virgin material, regrind or reworking)
ABS electrically conductive
(virgin material)
PS/PE-Blend electrically conductive
adjustments from 104 – 106 Ohm/cm2
TPE-EL / PS (SB)-EL – Co-extrusion
PS (SB) electrically conductive with a top coat of TPE electrically conductive (TPE-EL also available on both sides)
TPE-EL / PS/PE-Blend-EL – Co-extrusion
(PS/PE-Blend electrically conductive with a top coat TPE electrically conductive TPE-EL also available on both sides)
- increased impact-modified
- adjustment from 103 – 107 Ohm/cm2
- individual adjustments of conductivity by agreement
ABS electrically conductive
(virgin material)
PS/PE-Blend electrically conductive
adjustments from 104 – 106 Ohm/cm2
TPE-EL / PS (SB)-EL – Co-extrusion
PS (SB) electrically conductive with a top coat of TPE electrically conductive (TPE-EL also available on both sides)
TPE-EL / PS/PE-Blend-EL – Co-extrusion
(PS/PE-Blend electrically conductive with a top coat TPE electrically conductive TPE-EL also available on both sides)
TPU-EL / ABS-EL – Co-extrusion
(ABS electrically conductive with a top coat
TPE electrically conductive
(TPU-EL also available on both sides)
- extended adjustment range of the electrically conductive resistance (102 – 1010 Ohm)
- low material abrasion
- homogeneous electrostatic properties
- no pre-drying necessary
- no moisture absorption during storage periods
- low loss of conductivity during thermoforming
- good forming properties = reduced cycle times
- excellent surface qualities
- low specific gravity
- good impact strength
Contact.
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