In textile wet processing, especially when handling sensitive synthetic fibers and high-twist fabrics, the fluidity of the fabric within the machinery is vital. CRN ROH F 8 is a high-tech anti-creasing agent based on organic phosphorus compounds, specifically engineered to provide molecular-level lubricity and prevent physical deformations.
Unlike traditional polymeric or oil-based lubricants, CRN ROH F 8 leverages the high surface activity offered by organic phosphorus chemistry.
Molecular Lubricity: It creates an ultra-thin, high-strength layer on the fabric fibers. This layer prevents the fabric from folding over itself while moving in rope form, thereby inhibiting the formation of "creases" (permanent fold marks) caused by friction.
High Penetration: Its organic phosphorus structure facilitates the bath's penetration into the deepest points of the fibers, ensuring that the protective effect is distributed uniformly across the entire fabric.
The organic nature of the product makes it an indispensable auxiliary even in the most demanding dyeing and preparation baths.
High-Temperature Stability: It maintains its integrity under HT (High Temperature) dyeing conditions. It protects fibers against the mechanical stresses of high temperatures during the dyeing of polyester and its blends.
Bath Compatibility: It functions in reactive, disperse, and acid dyeing baths without interfering with the leveling of the dyestuff. It exhibits excellent compatibility with anionic and non-ionic auxiliaries.
Excellent Fiber-to-Metal Lubricity: Ensures the fabric passes through machine nozzles and tubes without friction, preventing surface abrasion and pilling.
No Risk of Spotting or Residue: Unlike silicone-based products, it does not cause spotting on the fabric and is easily removed during post-dyeing washing processes.
Preserves Fastness Levels: It has no adverse effects on rubbing or washing fastness properties post-dyeing.
Ideal for Sensitive Fabrics: One of the safest solutions for preventing mechanical creases in fabrics containing lycra, as well as in delicate fibers like silk and viscose.