This imidazolium‑based ionic liquid antistatic agent CAS 145022‑45‑3 features low‑viscosity liquid state for easy pumping, metering and mixing during compounding processes. Unlike conventional surfactant‑type antistatic additives that heavily depend on environmental humidity for conductivity, this ionic liquid provides intrinsic static‑dissipating performance. It demonstrates excellent compatibility across both water‑dilutable and solvent‑resin systems. The additive can be applied in PU foam and

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Product DetailsThis low‑viscosity imidazolium ionic liquid antistatic agent has homogeneous liquid appearance, which eliminates extra melting procedures before feeding into production lines. It can be smoothly incorporated into liquid resin solutions as well as resin premix for molding compounds. Its molecular ionic conductive framework supports static charge dissipation without requiring high ambient humidity, making the finished parts retain reliable antistatic effect in dry operating conditions.

For water‑based coating and resin systems, the product can be directly stirred into aqueous formulations under moderate agitation. For solvent‑based systems, it shows good miscibility with various polar and moderately non‑polar solvents. In PU foam production, it can be dosed into polyol component prior to foaming reaction; pre‑formulation trials are necessary to check whether it influences foaming rate, cell structure and foam density. When used within thermoset molding compound, it is blended during resin‑filler mixing stage to distribute uniformly inside the bulk matrix.

Within proper dosage window, this antistatic agent will not induce obvious discoloration of final articles. It resists surface migration and blooming after curing, so finished components avoid dust adhesion caused by exuded additive. It lowers the surface and volume resistivity of PU foam and molding compound products, effectively suppressing static accumulation, reducing dust pickup and mitigating static‑ignition hazards for end‑use components.

The recommended dosage ranges from 0.4 wt% to 2.2 wt% relative to total formulation weight. Laboratory pre‑testing is mandatory to verify mixing compatibility, curing profile, foam cell morphology, surface resistivity and final mechanical properties before large‑scale production.

Store the material in tightly sealed original containers within cool, dry and ventilated warehouse. Prevent direct sunlight exposure and overheating. Avoid foreign particulate contamination during transferring operations. Reseal containers promptly after partial discharging to preserve consistent product quality for remaining inventory.

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Ionic Liquid Antistatic Agent Imidazolium-Based CAS 145022-45-3, Low-Viscosity for Water/Solvent Systems, PU Foam & Molding Compound

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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.