Guangzhou Eric Wei Chemical Co., Ltd.
Guangzhou Eric Wei Chemical Co., Ltd.

Sanyo Chemical PELESTAT Antistatic Surfactant

Sanyo Chemical PELESTAT Antistatic Surfactant is a high-performance, non-ionic antistatic agent designed for plastics and fibers. It delivers rapid, durable static dissipation, excellent compatibility, and low migration. Widely used in packaging films, automotive interiors, and electronics housings to prevent dust adhesion and electrostatic discharge damage.
  • sanyo chemical pelestat antistatic surfactant_a80997a2
  • sanyo chemical pelestat antistatic surfactant_a80997a2

Features Of Sanyo Chemical PELESTAT Antistatic Surfactant

  1. Provides long-lasting, durable antistatic performance on synthetic fibers and plastics.

  2. Non-migrating formulation ensures stable surface resistivity even under heat or humidity stress.

  3. Compatible with common polymer processing methods including melt spinning, extrusion, and coating.

  4. Low volatility and thermal stability support high-temperature manufacturing processes up to 280°C.

  5. Meets international regulatory requirements for food-contact and medical-grade polymer applications.

Typical Applications Of Sanyo Chemical PELESTAT Antistatic Surfactant

  1. Antistatic treatment for polyester, polypropylene, and nylon textile fibers.

  2. Additive in engineering plastics for automotive interior components.

  3. Surface modifier for plastic films used in packaging and electronics handling.

  4. Functional additive in conductive masterbatches for ESD-safe industrial parts.

  5. Processing aid in nonwoven production to prevent fiber fly and static-related web defects.

Specifications Of Sanyo Chemical PELESTAT Antistatic Surfactant

Chemical TypeQuaternary ammonium-based polymeric antistatic agent
Product FormPellets or powder (grade-dependent)
AppearanceOff-white to light yellow granules
Density (25°C)1.08–1.12 g/cm³
Melting Range120–135°C
Thermal StabilityStable up to 280°C (TGA onset)
SolubilityDispersible in molten polymers; insoluble in water and common hydrocarbons
Primary ApplicationsTextile fibers, engineering plastics, packaging films, nonwovens


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