In October 10th, a new series of innovative Niax* organosilicon surfactants were introduced by the new materials. The use of such surfactants can effectively reduce the cost of microcellular foam formulations, especially when it is used in the manufacture of polyurethane shoe materials and polyurethane automotive parts.

(Niax) the quality of silicone L-1501, L-1502, L-1503 and L-1504 is superior to that of the industry standard products. These products are called "bubble regulator", which can be used in various polyurethane systems and in a wide range of microcellular foam formulations.

Niax organosilicon L-1505, L-1506 and L-1609 are known as "bubble shear stabilizers" and can be used together with Niax foam regulators in polyester, polyether or polyester polyether blend formulations.

Mr. AlbertoMelle, global marketing manager, said: "this new series of Niax organosilicon will help manufacturers create the world's highest quality products in two aspects of value and quality.

By using our new surfactant, combined with our new generation of porous Niax catalyst, customers can achieve superior product quality without increasing the cost. "

(Niax) silicone L-1501 features the widest range of user tolerance and provides the best aperture performance.

Niax silicone L-1502 can help improve the epidermis.

Niax silicone L-1504 has better cost-effectiveness in the case of smaller dosage.

Niax organosilicon L-1503 can bring excellent cost effectiveness in the automotive market, which requires the reduction of atomization performance of organosilicon.

When the foam density is less than 0.32 g / ml, the vesicle regulatory surfactant will play a synergistic role when it is shared with the shear stability surfactants.

Shear stability surfactant Niax silicone L-1505 (suitable for polyester formulation), Niax silicone L-1506 (suitable for polyester, polyether formulations, the best cost effective) and Niax organosilicon L-1609 (for polyether formulations) can effectively reduce collapse and improve the final product's foam skin.