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

Cytec CYASTAT SP Antistatic Agent

Cytec CYASTAT SP is a high-performance antistatic agent under the CYASTAT series, developed by Cytec (USA). It stands out for excellent antistatic effects and strong adhesion to polymers, widely serving multiple fields including polymer processing, textile treatment and wax production.

Features Of Cytec CYASTAT SP Antistatic Agent

  1. Excellent antistatic performance: Long-lasting static control for durable protection

  2. Strong polymer adsorption: Ensures stable integration with base materials

  3. Versatile compatibility: Works with polymers, textiles and waxes

  4. Convenient packaging: User-friendly design for easy storage and application

Typical Applications Of Cytec CYASTAT SP Antistatic Agent

  1. EPS, PVC & foamed PE: Antistatic treatment for packaging and foam materials

  2. Polymer products: Static control for injection-molded and extruded components

  3. Textiles: Static reduction for fibers and fabrics

  4. Polishing waxes: Additive for wax powders in waxing applications

Specifications Of Cytec CYASTAT SP Antistatic Agent

Model Number
CYASTAT SP
Product Category
Antistatic Agent
Brand
Cytec (USA)
CAS Number
3758-54-1
Packaging Specification
20 KG per drum
Key Feature 1
Excellent antistatic effect
Key Feature 2
Strong adhesion to polymers
Main Application Scope
EPS, PVC, foamed PE, molded/extruded products, textiles, polishing waxes












Cytec CYASTAT SP Antistatic Agent – Frequently Asked Questions (FAQ)

Q1: What is the primary mechanism of antistatic action for CYASTAT SP?

A: CYASTAT SP functions as a migratory, hydrophilic antistatic agent. It gradually diffuses to the polymer surface, where it absorbs ambient moisture to form a conductive layer that dissipates static charges effectively.


Q2: Which polymer systems is CYASTAT SP commonly used in?

A: It is widely compatible with polyolefins (e.g., PP and HDPE), polystyrene, ABS, and certain engineering thermoplastics. Performance may vary depending on polymer polarity, crystallinity, and processing conditions.


Q3: How does processing temperature affect CYASTAT SP performance?

A: CYASTAT SP is thermally stable under typical extrusion and injection molding conditions. Prolonged exposure above 250°C may reduce migration efficiency or lead to partial degradation, so optimal processing should remain within standard thermal windows for the host resin.


Q4: Is CYASTAT SP suitable for applications requiring low extractables or food-contact compliance?

A: CYASTAT SP is not specifically formulated or certified for food-contact applications. Its use in regulated end-uses requires thorough evaluation by the formulator, including compatibility testing and regulatory review per intended jurisdiction and application.



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