Rayon à afficher

Fil de cuivre japonais recuit 1kilo 1 mm

› Outils, fils, accessoires › Fil de ligature › Fil de cuivre

Description

Véritable fil de cuivre recuit importé du Japon en bobine de1 kilo. Ø 1.0 mm. Le fil des professionnels. Plus de résistance à la torsion, plus de puissance que l'aluminium à diamètre égal. Permet un travail soigné, plus discret sur l'arbre.Pour information longueur approximative en mètres d'une bobine de 1 kilo. 142 ml.

#cuivre ^5.6 #recuit ^3.6 #plus ^3.4 #japonais ^2.8 #bobine ^2.6 #kilo ^2.4 #professionnels ^2.4 #approximative ^2.3 #information ^2.1 #resistance ²

Fiche technique

Matière	Cuivre
Poids	1 kg

Formule
(( ROUND((CHAR_LENGTH(b.article_nom)-CHAR_LENGTH(REPLACE(b.article_nom, 'cuivre', '')))/LENGTH('cuivre')) + ROUND((CHAR_LENGTH(b.article_description)-CHAR_LENGTH(REPLACE(b.article_description, 'cuivre', '')))/LENGTH('cuivre')) ) * 3.6) + (( ROUND((CHAR_LENGTH(b.article_nom)-CHAR_LENGTH(REPLACE(b.article_nom, 'recuit', '')))/LENGTH('recuit')) + ROUND((CHAR_LENGTH(b.article_description)-CHAR_LENGTH(REPLACE(b.article_description, 'recuit', '')))/LENGTH('recuit')) ) * 3.6) + (( ROUND((CHAR_LENGTH(b.article_nom)-CHAR_LENGTH(REPLACE(b.article_nom, 'plus', '')))/LENGTH('plus')) + ROUND((CHAR_LENGTH(b.article_description)-CHAR_LENGTH(REPLACE(b.article_description, 'plus', '')))/LENGTH('plus')) ) * 3.4) + (( ROUND((CHAR_LENGTH(b.article_nom)-CHAR_LENGTH(REPLACE(b.article_nom, 'japonais', '')))/LENGTH('japonais')) + ROUND((CHAR_LENGTH(b.article_description)-CHAR_LENGTH(REPLACE(b.article_description, 'japonais', '')))/LENGTH('japonais')) ) * 2.8) + (( ROUND((CHAR_LENGTH(b.article_nom)-CHAR_LENGTH(REPLACE(b.article_nom, 'bobine', '')))/LENGTH('bobine')) + ROUND((CHAR_LENGTH(b.article_description)-CHAR_LENGTH(REPLACE(b.article_description, 'bobine', '')))/LENGTH('bobine')) ) * 2.6) + (( ROUND((CHAR_LENGTH(b.article_nom)-CHAR_LENGTH(REPLACE(b.article_nom, 'kilo', '')))/LENGTH('kilo')) + ROUND((CHAR_LENGTH(b.article_description)-CHAR_LENGTH(REPLACE(b.article_description, 'kilo', '')))/LENGTH('kilo')) ) * 2.4) + (( ROUND((CHAR_LENGTH(b.article_nom)-CHAR_LENGTH(REPLACE(b.article_nom, 'professionnels', '')))/LENGTH('professionnels')) + ROUND((CHAR_LENGTH(b.article_description)-CHAR_LENGTH(REPLACE(b.article_description, 'professionnels', '')))/LENGTH('professionnels')) ) * 2.4) + (( ROUND((CHAR_LENGTH(b.article_nom)-CHAR_LENGTH(REPLACE(b.article_nom, 'approximative', '')))/LENGTH('approximative')) + ROUND((CHAR_LENGTH(b.article_description)-CHAR_LENGTH(REPLACE(b.article_description, 'approximative', '')))/LENGTH('approximative')) ) * 2.3) + (( ROUND((CHAR_LENGTH(b.article_nom)-CHAR_LENGTH(REPLACE(b.article_nom, 'information', '')))/LENGTH('information')) + ROUND((CHAR_LENGTH(b.article_description)-CHAR_LENGTH(REPLACE(b.article_description, 'information', '')))/LENGTH('information')) ) * 2.1) + (( ROUND((CHAR_LENGTH(b.article_nom)-CHAR_LENGTH(REPLACE(b.article_nom, 'resistance', '')))/LENGTH('resistance')) + ROUND((CHAR_LENGTH(b.article_description)-CHAR_LENGTH(REPLACE(b.article_description, 'resistance', '')))/LENGTH('resistance')) ) * 2)