Solutions to prevent static electrical charge issue
Permanent Antistatic Agent (ADK STAB AS-300 series)
Applicable to a variety of applications and less influence on product color
ADK STAB AS-300 series are polymeric permanent antistatic agents based on static dissipative action. They can provide excellent permanently antistatic performance for various polymers such as polyolefins, styrenics and engineering plastics.
ADK STAB AS-300 series can be applied to automotive interiors, home appliances, inner bag of FIBC, containers for explosive substances and packaging for sensitive electric chips and devices etc., which are needed for satisfying anti-dust and preventing electrostatic discharge (ESD).
ADK STAB AS-300 series is whitish color compared with conventional agents and the products including our antistatic agent can be colored easily. For another advantage, the melting point is between 90 and 100 °C and can be molded at low temperature.
In addition, the thermal stability over 290 °C can prevent polymers from decomposition when be molded.
|Appearance||Pale yellow pellets||Pale yellow pellets|
|Melting Point (DSC) [℃]||ca. 92||ca. 100|
(1 wt%-loss) [℃]
(25℃, 50%R.H.) [Ω/sq]
Anti-dust effect by using ADK STAB AS-300 series
Immediate long-lasting antistatic effect
Comparing to migratory type of antistatic agent, AS-300 series form a conductive pathway in the surface layer of base resins and dissipate the electric charges along the polymer backbone, therefore plastics obtain antistatic effect immediately and there is no influence of wiping.
Influence of wiping on antistatic effect
Prevent undesired electrostatic charging
ADK STAB AS-300 series can control surface resistivity easily depending on use.
They can achieve with loading level at 5-10wt% for anti-dust and at 10-20wt% for preventing electrostatic discharge (ESD).
Antistatic performance of ADK STAB AS-301E in Polypropylene
Antistatic performance of ADK STAB AS-302 in Styrenics
ADK STAB AS-300 series exhibit good antistatic performance whether there is compounding process or not because of their excellent dispersibility.
Influence of compounding process
（PP, PE, etc.）
(ABS, HIPS, etc.)
（PC, PEs, POM, PA, etc.）
|++: Recommended +: Applicable|
Questions and inquiries, please feel free to ask us.