Application
AB agent application
Product image
Detailed product description
Anti-adhesion agent for thin films
In polyolefin resins, after blending functional microparticles, the material is formed into a thin film. At this point, extremely tiny spherical protrusions form on the film’s surface. It is precisely these ultrafine protrusions that prevent the films from sticking together and enhance the “openness” effect. Compared to inorganic powder “opening agents,” these functional microparticles have a refractive index that closely matches that of the polyolefin resin; therefore, while achieving the same anti-sticking performance, they enable the production of thinner films with higher transparency.
Since our company’s product is an organic spherical micropowder, after being made into a thin film, it exhibits the following key characteristics:
1. Selecting micron-sized powder products with refractive indices similar to those of the film substrate can significantly reduce film haze and produce a more transparent film.
2. Our organic micronized powder products combine well with inks, effectively preventing the occurrence of white spots during post-processing printing on thin films.
3. Our company’s products feature a true spherical shape, effectively reducing the friction coefficient of thin films and enabling better performance in processes such as aluminum plating that require high-speed movement.
4. Our organic micronized powder exhibits excellent adhesion to the base film, effectively addressing or reducing the “flake-off” phenomenon.
| Applicable film | Product Name | Average particle size (μm) | Distribution status |
| PP/PA | KMR-3TA | 3 | Polydisperse |
| MX-300 | 3 | Monodisperse | |
| MX-500F | 5 | Monodisperse | |
| PE | MTR-16H | 16 | Polydisperse |
| MR-10HG | 10 | Polydisperse |
Only commonly used varieties are listed.