PELESTAT/PELECTRON

PELESTAT/PELECTRON

PELESTAT/PELECTRON

Permanent Anti-static Additives

PELESTAT, an alloy-type permanent anti-static additive, is a true Inherent Dissipative Polymer based on polyamide or polyolefin with special polyether segments. PELESTAT cannot simply wear or wash off and thus becomes a permanent lifetime characteristic of the polymer matrix.

We are the only manufacturer to provide a wide range of anti-static solutions for a diverse variety of applications. Our unique anti-static technology with special block-type thermoplastic elastomers makes PELESTAT the ideal choice. Newly developed PELECTRON grades have recently been added, offering even lower surface resistivity. For a summary of the performance advantages of permanent anti-static additives:    website-article-advantages-of-permanent-antistats-nov-2016

We’ve also prepared a video demonstration:    https://youtu.be/kRTmq4vaKhc

PELESTAT and PELECTRON also feature…

  • Diverse product line-up covers many types of resins.
  • Easily mixed or compounded into pellets in standard single-screw & twin-screw extrusion equipment.
  • Permanent moisture independent static dissipation.
  • Compatible with pigments
  • No loss of mechanical properties.
  • Non-corroding, minimal off-gassing and non-chloride performance that delivers clean results even in demanding  applications like those in electronic, automotive or medical fields.

Figure 1: General Procedure for Application of PELESTAT/PELECTRON

PELESTAT-fig1


Figure 2: Example data for Surface Resistivity vs. Dosage

PELESTAT-fig2


Figure 3: Example data for Anti-static durability

PELESTAT-fig3


Figure 4: Example data for Humidity Independence

PELESTAT-fig4


PELESTAT Line-Up

Property PELESTAT NC6321 PELESTAT NC7530 PELESTAT 1251 PELESTAT 300 PELESTAT 230 PELESTAT 201
Base Structure 6Ny-b-PEO 6Ny-b-PEO 12Ny-b-PEO PP-b-PEO PP-b-PEO PP-b-PEO (no ion)
Melting Point (°C) 203 176 148 135 163 163
MFR (g/10min) 20
(215°C, 21.18n)
10
(190°C, 21.18n)
10
(210°C, 21.18n)
30
(190°C, 21.18n)
14
(190°C, 21.18n)
14
(190°C, 21.18n)
Refractive Index 1.514 1.530 1.514 1.496 1.496 1.496
Thermal Degradation Temperature (°C) 285 280 260 240 250 250
Surface Resistivity (Ω/sq) 1×109 2×109 5×108 1×108 5×107 3×109
Application Molding Method Injection Injection Extrusion Injection Extrusion Extrusion
Compatibility with Thermoplastic Resin ABS, PC/ABS, HIPS, PBT, Nylon HIPS, MS HIPS, PVC HDPE, PP LDPE, PP LDPE (no ion)
PP (no ion)

PELECTRON Line-Up

Property PELECTRON HS PELECTRON AS PELECTRON PVL PELECTRON PVH PELECTRON UC
Base Structure PP-b-PEO 6Ny-b-PEO PP-b-PEO PP-b-PEO PP-b-PEO
Melting Point (°C) 135 195 135 135 150
MFR (g/10min) 10
(190°C, 21.18n)
30
(215°C, 21.18n)
15
(190°C, 21.18n)
7
(190°C, 21.18n)
12
(190°C, 21.18n)
Refractive Index 1.5 1.51 1.50 1.50 1.50
Thermal Degradation Temperature (°C) 240 285 250 250 250
Surface Resistivity (Ω/sq) 4×106 4×106 3×106 2×106 5×106
Application Molding Method Injection Injection Extrusion Extrusion Extrusion
Compatibility with Thermoplastic Resin PP, m-PPE, HIPS PC/ABS, PC, HIPS, PBT, Nylon LDPE, PP, PMMA, HIPS, TPE PVC PMMA, PC

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