Strap for Da Vinci Perpetual Black Ceramic / White Gold / White / English

The lug width of the IWC Da Vinci IW3755-09 is 19mm. This dimension represents the physical distance between the internal pins that anchor the strap to the case. Accurate measurement is performed by positioning the tape measure perpendicular to the two pins without twisting. A strap of different width would not seat correctly, compromising both the aesthetics and the wearing comfort.

Alligator represents the most coherent choice: the subtle grain texture creates a natural chromatic dialogue with the ceramic's friability. Alternatively, calf leather with fine grain and oil treatments offers a compromise between softness and durability, with significant patina potential over time. For versatility, a natural silk NATO allows chromatic rotation whilst maintaining aesthetic coherence.

To change the strap, use a dedicated tool to extract the steel pins connecting the strap to the case. Proceed with caution, protecting the case from scratches. Once the pins are removed, detach the old strap and insert the new one in the same position, ensuring the holes align correctly before reinserting the pins. If you lack experience, consult a professional watchmaker.

Yes, any strap with a 19mm lug width is compatible with the Da Vinci IW3755-09, provided that the internal hole dimensions are standard and the leather does not exhibit anomalous thickness that would prevent correct insertion between the lugs. Milanostraps supplies 19mm straps specifically calibrated for this geometry, eliminating margins of error and ensuring structural compatibility.

A quality alligator strap, subjected to ordinary use, has an average lifespan of 3-5 years before replacement is required. Longevity depends on usage intensity, environmental conditions and maintenance: avoid prolonged exposure to extreme humidity and accelerated perspiration, occasionally apply conditioning treatments based on natural wax. With proper care, the leather develops a patina that testifies to conscious ageing without compromising structural functionality.