Leman Ee-6606 Non-Ionic C6 Fluorinated Agent for High Density Outdoor Fabrics

EE-6606 is a pure non-ionic system, with its core advantage being its strong compatibility. Ordinary cationic C6 can only be combined with cationic additives, which can easily conflict with anionic softeners, color fixing agents, and PU coating adhesives, resulting in problems such as emulsion breaking, oil bleaching, and color spots. EE-6606 is a universal cationic and anionic additive that can achieve multi additive processing in the same bath, without affecting the waterproof effect and fabri

Completely free of restricted substances such as PFOA, PFOS, APEO, formaldehyde, and heavy metals, the formula is pure and compliant, and can smoothly pass authoritative international tests such as SGS, REACH, etc., meeting environmental standards in high-end markets such as Europe, America, Japan, and South Korea. There is no export compliance risk, and it is an environmentally friendly waterproof additive for foreign trade fabrics.

The product adopts a high-purity C6 fluorocarbon polymer structure with ultra-low surface tension, which can form a uniform and dense hydrophobic film on the fiber surface. The lotus leaf has excellent water repellent effect and good water pressure resistance. Compared to ordinary carbon six waterproofing agents, it has stronger waterproof stability and better washability, which can meet the medium to high waterproof and washable needs of outdoor fabrics, luggage fabrics, and home textile fabric

No. EE-6606 film is lightweight and transparent, and after finishing, the fabric feels dry and soft, without wax, hardness, or stickiness, maximizing the preservation of the original breathable and sagging texture of the fabric. At the same time, the color change of the product is extremely low, and there is no significant color difference in dark, light, and printed fabrics after processing, which does not damage the original appearance and quality of the fabric.

Highly adaptable, able to tolerate conventional hard water and mild acid-base production environments, with outstanding resistance to electrolyte interference. The stability of the lotion system is excellent. It is not easy to delaminate, demulsify and float oil in continuous production after a long time of startup. It can effectively avoid production defects such as uneven waterproof, watermarks and color patterns, greatly reduce the rework rate, and is suitable for continuous production in lar