In textile finishing, when fabric moves in rope form within the machinery, folding onto itself or rubbing against machine surfaces can lead to permanent fold marks—commonly known as "creasing"—and surface damage. CRN LUBE ACE is a fatty acid ester-based anti-creasing agent and lubricant specifically developed to eliminate these risks.
Mechanical Protection and Film Technology
CRN LUBE ACE creates a microscopic, thin, and slippery film layer on the fabric fibers within the bath.
Prevention of Permanent Fold Marks (Creasing): Reduces internal friction at folding points during the fabric's circulation. By ensuring the fabric remains "fluid" and constantly shifts position, it prevents the formation of fixed crease marks.
Lowering Friction Coefficient: Minimizes fabric-to-fabric and fabric-to-metal friction. This prevents pilling, abrasion, and mechanical damage caused by friction in delicate fibers.
Process Efficiency and Ease of Application
Due to its fatty acid ester structure, it exhibits high compatibility with both natural and synthetic fibers.
Versatile Use: Can be utilized across all stages, including pre-treatment (bleaching), dyeing, and washing baths. It is particularly critical for fabrics containing lycra (elastofibric) or heavyweight materials prone to creasing (e.g., heavy interlock or single jersey).
Bath Stability: Remains stable across a wide pH and temperature range. It does not negatively impact the leveling of dyestuffs; instead, it contributes to uniform results by facilitating fabric movement.
Key Advantages of CRN LUBE ACE
Excellent Lubricity: The natural slippage of fatty acid esters ensures the fabric flows through the machinery with minimal resistance.
Non-Staining Structure: Its specialized formulation ensures no oil spots or silicone-like residues are left on the fabric; it is easily removed during rinsing.
Fastness Compatibility: Does not adversely affect wet or dry rubbing fastness properties post-dyeing.
Energy and Time Savings: Reduces machine load by allowing smoother fabric rotation, thereby increasing overall process safety.