![Black spool, no cord](https://api.divesoft.eu/resources/static/2019/12/2/frxjde_1166_large.jpg.as.webp)
![Black spool, no cord](https://api.divesoft.eu/resources/static/2019/12/2/frxjde_1166_large_450x450.jpg.as.webp)
![Black spool, no cord #1](https://api.divesoft.eu/resources/static/2019/12/2/frxjde_1166_large_87x87.jpg.as.webp)
Black spool, no cord
The spool is made from delrin, which does not lose its mechanical properties in water – in contrast to polyamide. The edges in the place of manipulation are rounded and the hole in the sidewalls have adjusted edges so that a cord does not get stuck.
The spool is made from delrin, which does not lose its mechanical properties in water – in contrast to polyamide. The edges in the place of manipulation are rounded and the hole in the sidewalls have adjusted edges so that a cord does not get stuck.
![Black spool, no cord](https://api.divesoft.eu/resources/static/2019/12/2/frxjde_1166_large.jpg.as.webp)
![Black spool, no cord](https://api.divesoft.eu/resources/static/2019/12/2/frxjde_1166_large_450x450.jpg.as.webp)
![Black spool, no cord #1](https://api.divesoft.eu/resources/static/2019/12/2/frxjde_1166_large_87x87.jpg.as.webp)
Black spool, no cord
The spool is made from delrin, which does not lose its mechanical properties in water – in contrast to polyamide. The edges in the place of manipulation are rounded and the hole in the sidewalls have adjusted edges so that a cord does not get stuck.
The spool is made from delrin, which does not lose its mechanical properties in water – in contrast to polyamide. The edges in the place of manipulation are rounded and the hole in the sidewalls have adjusted edges so that a cord does not get stuck.