DM1101B Sew-on SOLAS Tape
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Features
1. High adaptability
In maritime rescue scenarios, the surface materials of carriers such as lifeboats and life rafts are diverse, and some rough or irregular surfaces are difficult for self-adhesive stable adhesion. The sewing type is fixed by sewing and can adapt to different material carriers such as canvas and rubber. In extreme environments such as long-term wave impact and repeated folding, the stability of the sewing connection is more reliable, ensuring that the maritime film will not fall off due to adhesive failure and guaranteeing the reflective marking function of the entire life cycle of the life-saving equipment.
2. Excellent reflective performance
This product appears silver in appearance and has good reflectivity, allowing the maritime film to effectively reflect light at night or in low light conditions, thereby improving visibility and visual effects, making it easier for search and rescue personnel to detect targets.

This product appears silver in appearance and has good reflectivity, allowing the maritime film to effectively reflect light at night or in low light conditions, thereby improving visibility and visual effects, making it easier for search and rescue personnel to detect targets.
Related Products List
|
Product Model |
Product Name |
Specification |
Color |
Durability |
|
DM1101A |
Adhesive SOLAS Tape |
5cm*50m/roll |
Silver |
5 years |
01
Differences between Adhesive SOLAS Tape and Sew-on SOLAS Tape?
01
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Stitching Process Control
When securing fabric-based marine retroreflective film to textile substrates (e.g., life jackets/rings) via stitching, polyester or nylon threads must be employed. The stitch density should be maintained within 4–5 stitches per centimeter, with sewing tension set at a moderate strength (approximately 3–5 N). Excessive stitch density or tension must be avoided to prevent structural deformation of the retroreflective film, which could compromise its optical integrity.
02
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UV Protection and Maintenance
Due to prolonged exposure to high-salt spray and intense UV radiation in marine environments, the film surface requires quarterly inspections for UV-induced degradation. If localized yellowing or embrittlement is observed (adhesion testing via fingernail scratch), immediate re-coating with a UV-absorber-enriched protective coating is imperative. This mitigates photodegradation of the resin layer encapsulating the glass microspheres, ensuring sustained retroreflective intensity ≥330 cd/lx·m² as mandated by SOLAS regulations.











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