NS-3361S Physical (CO₂) Foaming Nucleating Agent

**NS-3361S Physical (CO₂) Foaming Nucleating Agent — Redefining the New Benchmark for Lightweight Foamed Materials**

In the field of high-end foamed materials, the NS-3361S Physical (CO₂) Foaming Nucleating Agent is revolutionizing industry perceptions with a revolutionary posture. As an innovative product centered on nanomaterials, it integrates multiple advantageous components such as carrier resin, foam stabilizer, nucleating agent, antioxidant, and dispersant. Tailor-made for LDPE physical (carbon dioxide) foaming production lines (suitable for both single-stage and double-stage processes), it ushers in a new era of foamed materials characterized by “high efficiency, light weight, environmental friendliness, and low cost”.

Its core advantages can be regarded as industry breakthroughs: The nucleation efficiency breaks through traditional limits. With an addition amount of only 10% of that of traditional nucleating agents, it can effectively reduce the free energy barrier of nucleation, generate a large number of evenly distributed nucleation sites, and make the cells of foamed products as fine as silk and as uniform as a matrix. The food-grade environmental protection attribute endows it with contact safety. Its characteristics of no peculiar smell, no black spots, and no mold mouth sticking make it perfectly meet the strict requirements of high-end, ultra-light, and high-whiteness products. What is more remarkable is that it subtly balances cost control and performance upgrade, helping enterprises take the lead in the race of cost reduction and efficiency increase.

From buffer foams in the high-end packaging field, to lightweight interior components in the automotive industry, and then to energy-saving foam materials for building insulation, NS-3361S, with its performance of “low addition amount and high efficiency”, injects double confidence in quality and value into every application scenario. Choosing NS-3361S means choosing the future of foaming technology and the leap of product competitiveness.