Polyether Amide Elastomer (PEBA) is a high‑performance polymeric permanent antistatic agent designed for demanding thermoplastic modification. Different from conventional low‑molecular migratory antistatic surfactants whose effectiveness depends on surface moisture absorption, this block copolymer forms interconnected conductive micro‑domains within the bulk of the molded plastic. It exhibits non‑migrating and non‑blooming characteristics, eliminating surface exudate contamination risks. It is w

Product Detail

Product DetailsPEBA block elastomer macromolecules are constructed from rigid polyamide hard segments and hydrophilic flexible polyether soft segments. When compounded with host thermoplastic resins on twin‑screw extruders, PEBA phases are finely dispersed. Under appropriate thermal‑shear processing conditions, dispersed PEBA micro‑domains interconnect to form continuous three‑dimensional conductive pathways distributed throughout the entire plastic section. Static charges dissipate rapidly via these embedded internal conductive channels instead of relying on a thin surface hydrophilic film.

Non‑migrating performance represents the key technical advantage. Since antistatic functionality originates from high‑molecular‑weight copolymer chains anchored within the polymer matrix, there is no gradual outward diffusion of active additives. Surface blooming, oily bleed and particle shedding are greatly suppressed. This property is highly critical for high‑end application scenarios: electronic packaging avoids chip contamination by migrated substances; medical plastic components reduce surface impurities that may affect hygiene; cleanroom‑use plastic parts minimize fine particle generation which could compromise clean‑room air cleanliness.

This PEBA antistatic agent is typically processed by first producing concentrated antistatic masterbatch. The finished masterbatch is then blended and diluted with base resin for subsequent injection molding, sheet extrusion and thermoforming. Excessively high extrusion temperatures or extreme screw shear should be avoided, because such harsh processing conditions may cause thermal‑oxidative degradation of hydrophilic polyether segments and degrade the final antistatic efficiency.

The recommended final loading dosage within finished plastic articles ranges from 7 wt%‑16 wt%. The actual addition level should be adjusted according to target surface and volume resistivity specifications as well as compatibility with the host polymer. Pre‑production laboratory evaluation is mandatory, covering melt‑flow performance, phase dispersion status, surface and volume resistivity, mechanical property retention, non‑blooming behaviour and long‑term thermal ageing stability. For medical‑grade finished components, end‑product biocompatibility testing must be performed to comply with relevant medical industry regulatory requirements.

Store pellet‑shaped PEBA antistatic material in sealed moisture‑proof bags in a cool, dry and ventilated warehouse. Prevent moisture absorption before extrusion compounding. Keep away from direct sunlight and prolonged high‑temperature storage. Reseal packaging immediately after opening to lower the risk of moisture uptake.

Previous : Food-Grade Polyolefin Antistatic Powder Ethoxylated Alkylamine CAS 61791-26-2, FDA with Mold Release Effect for LDPE HDPE PP EVA PVC Next : Permanent Antistatic Polymer Polyether Block Amide (PEBA), Non-Migrating for Injection Extrusion Blow Film PE PP ABS PC PMMA Nylon

Copy product links

Long by picture save/share

Add Successfully

Continue To Visit Inquiry Now

Polymeric Permanent Antistatic Agent Polyether Amide Elastomer (PEBA), Non-Migrating for Electronic Packaging Medical & Cleanroom

enquiry

Add Successfully

Continue To Visit Inquiry Now

Jishengya Technology

Shenzhen Jishengya Technology Co., Ltd. is located in Shenzhen, a special economic zone, and is a comprehensive technology enterprise integrating independent R&D, production and sales.