17254S
Adam Hall - Fermoir papillon à ressort - Grand modèle - prof. 10 mm - Zinc
Modèle identique à 17254 avec ressort en sus.
Large Butterfly sprung catch mounted in a shallow 10mm dish.
Steel, zinc plated. Fixing holes 5,1mm.
Weight : 450g
All medium and large Butterfly catches now stop at approximately <<30º>> and can be fitted with a kick-out spring to automatically push them out to this point, from which they can be opened further by exerting a gentle tug.
17254S
13,00 €
Adam Hall - Large Butterfly sprung 10 mm
Large Butterfly sprung catch mounted in a shallow 10mm dish.
Steel, zinc plated. Fixing holes 5,1mm.
Weight : 450g
All medium and large Butterfly catches now stop at approximately <<30º>> and can be fitted with a kick-out spring to automatically push them out to this point, from which they can be opened further by exerting a gentle tug.
17254S
13,00 €
Adam Hall - Large Butterfly sprung 10 mm
Large Butterfly sprung catch mounted in a shallow 10mm dish.
Steel, zinc plated. Fixing holes 5,1mm.
Weight : 450g
All medium and large Butterfly catches now stop at approximately <<30º>> and can be fitted with a kick-out spring to automatically push them out to this point, from which they can be opened further by exerting a gentle tug.
17254S
13,00 €
Adam Hall - Hardware 17254S - Butterfly Verschluss gross gefedert ungekröpft 10 mm tief
Butterfly gross, in flacher Einbauschale mit Gegendruckfeder (10mm tief). Stahl verzinkt. Befestigungslöcher 5,1mm
Gewicht : 450g
Alle grossen und mittleren Butterfly Verschlüsse bleiben jetzt bei ca. <<30º>> stehen und können mit einer Gegendruckfeder ausgestattet werden um automatisch zu diesem Punkt ausgedrückt zu werden. Der Verschluß kann nach Bedarf weiter nach aussen gezogen werden.
17254S
13,00 €
Adam Hall - Large Butterfly sprung 10 mm
Large Butterfly sprung catch mounted in a shallow 10mm dish.
Steel, zinc plated. Fixing holes 5,1mm.
Weight : 450g
All medium and large Butterfly catches now stop at approximately <<30º>> and can be fitted with a kick-out spring to automatically push them out to this point, from which they can be opened further by exerting a gentle tug.