1. Problem Diagnosis: The Challenge of Delta L and Whitening
In the automotive industry, Automotive PP Interiors often face severe surface degradation. When dashboards, door panels, and center consoles are subjected to mechanical stress, they exhibit "whitening" or scuff marks, which is technically measured by an increase in the Delta L Value. This loss of aesthetic integrity is a primary quality control failure for OEMs.
Traditional fillers and additives often fail to provide a permanent solution. The industry demands an Anti-scratch Masterbatch that not only masks these marks but ensures durability, low VOC emissions, and compliance with strict VDA Standards.
2. Performance Comparison Matrix
| Feature | Inorganic Fillers | Traditional Amides | SILIKE Anti-scratch Masterbatch |
|---|---|---|---|
| Scratch Resistance (Five-finger) | Poor | Moderate | Excellent |
| VOC / Odor | Neutral | High | Ultra Low |
| Surface Stickiness | None | High (Migratory) | Non-tacky |
3. Mechanism: The Power of Ultra-High Molecular Weight Silicone
SILIKE Anti-scratch Masterbatch utilizes advanced Ultra-High Molecular Weight (UHMW) siloxane polymer technology. Unlike migratory additives that bloom to the surface, SILIKE additives create a stable, permanent lubricating network within the PP matrix. This ensures that the surface remains smooth, scratch-resistant, and maintains a premium tactile feel without "fogging" or releasing hazardous VOCs.
5. FAQ: VDA Standards & Weathering
Does your additive meet VDA 270/278 standards?
Yes, SILIKE Anti-scratch Masterbatch is specifically engineered for Low Odor and low VOC requirements, consistently passing VDA 270 (odor testing) and VDA 278 (thermal desorption) standards essential for modern automotive interiors.
How is the weathering performance?
Our silicone-based technology ensures that the anti-scratch performance is not just a surface coating but an integral part of the polymer structure, providing long-lasting UV stability and resistance to aging.
