GNM101P is the powder form of GNM101 with higher concentration.
Product characteristics
Foaming nucleating agent plays a role of self nucleation in plastic foaming products. The mechanism is similar to the diffusion and ordered distribution of supersaturated gas in polymer melt. In addition to the carrier resin, its main components include more than two kinds of foaming AIDS, as well as foam stabilizers, activators, nucleating agents, antioxidants, dispersants and so on.
The foaming nucleating agent has the characteristics of stable and uniform dispersion in the insulating material. The high-efficiency dispersant in the carrier resin has good compatibility with the matrix resin. With the help of the shear and mixing of the screw, it can spread rapidly in the polymer melt, thus promoting the nucleating agent to form evenly distributed hot spots in the polymer melt, reducing the surface of the melt locally Tension and melt viscosity, so as to achieve the purpose of fine foam. After adding foaming nucleating agent, the processing temperature of the insulating material is no different from that of the insulating material itself, and the extrusion fluidity of the material is better.
GNM101P: it is a kind of foam stabilizer, activator, Nucleating Agent, Antioxidant, dispersant and so on. It has the characteristics of stable and uniform dispersion ratio in the base material, and has good compatibility with the base resin. With the help of screw shearing and mixing, it can rapidly spread in the polymer melt, thus promoting the nucleating agent to form evenly distributed “hot spots” in the polymer melt, locally reducing the melt surface tension and melt viscosity, so as to achieve the goal of making the foam pores of the molding material delicate . There is no difference between the processing temperature after adding GNM101 Pand the processing temperature of polymer itself, and the material flow performance is more, the production efficiency is higher.
Advantages:
- Superior dispersibility in plastic, rubber, etc..
- Decomposition temperatures suitable for plastic and rubber processing.
- Ability to control cells’ density and size.
- Low degradation over time; excellent storage stability.
Applications:
- Energy absorption, elastic functionality （cushioning）
- Sound absorption, automotive interiors
- Mechanical functionality （elasticity, flexibility）
- Light-weight applications
- Decorative （wallpaper, leather）
- Thermal （heat insulation）
