The technology of this product is one of the research directions in plastification technology by Germany's Keimei Plastifizierung Technik GmbH. It involves dispersing inorganic material TiO? in the form of independent nanoparticles (approximately spherical) within the base polymer material. For ease of use, it is produced in the form of ∮3×3 granular particles. Due to the nano effect, it exhibits various excellent characteristics during application, particularly outstanding in ultrafine fibers. This technology can also be applied to the dispersion of pigments in ultrafine fibers.

Excellent performance in PP meltblown ultrafine fiber processing:

* Strong "buffering" capability for the molten material system, effectively mitigating the impact of temperature fluctuations and raw material index variations on the system;

* Significantly extends the plate change cycle, increasing it by approximately 50%;

* Markedly reduces melt dripping and filament breakage, enhancing the stability of fiber production;

* Increases fiber strength by about 20%;

* Improves SMS clean water pressure resistance by 6-25%;

* Enhances the material's elongation rate, making fibers easier to draw finer.

The product is applied in PP meltblown nonwoven fabric; PP spunbond nonwoven fabric; other PP material fibers, etc. The application advantages are as follows:

* Improves the comprehensive performance indicators of ultrafine fibers;

* Reduces defective products in nonwoven fabrics;

* Lowers the gram weight of nonwoven fabrics (under the same specifications);

* Saves energy and reduces emissions;

* Lowers the manufacturing cost of nonwoven fabrics;

* Significantly improves and enhances the comprehensive indicators of nonwoven fabrics, such as: clean water pressure, fabric surface quality, softness, filtration, breathability, etc.;

* Due to the influence of nanomaterial surface energy, it has a positive impact on the finishing of nonwoven fabrics.

For more details, please visit www.keimeinano.com