Low fatigue from secondary bending.
Low inside abrasion.
Higher breaking load than Cross Laid Wire Rope because of higher effective cross section.
No destruction of strand shape as strand element wires are packed tightly into each other.
● Construction
6×Fi(25)+IWRC (KS규격) 구성 6×Fi[1+6+(6)+12]+7×7
● Low fatigue from secondary bending. ● Low inside abrasion. ● Higher breaking load than Cross Laid Wire Rope because of higher effective cross section. ● No destruction of strand shape as strand element wires are packed tightly into each other.
6×Fi(29)+IWRC (KS규격) 구성 6×Fi[1+7+(7)+14]+7×7
● Low fatigue from secondary bending. ● Low inside abrasion. ● Higher breaking load than Cross Laid Wire Rope because of higher effective cross section. ● No destruction of strand shape as strand element wires are packed tightly into each other.
6×WS(36)+IWRC (KS규격) 구성 6×WS[1+7+(7+7)+14]+7×7
● Low fatigue from secondary bending. ● Low inside abrasion. ● Higher breaking load than Cross Laid Wire Rope because of higher effective cross section. ● No destruction of strand shape as strand element wires are packed tightly into each other.
6×WS(41)+IWRC (KS규격) 구성 6×WS[1+8+(8+8)+16]+7×7
● Low fatigue from secondary bending. ● Low inside abrasion. ● Higher breaking load than Cross Laid Wire Rope because of higher effective cross section. ● No destruction of strand shape as strand element wires are packed tightly into each other.
8×WS(36)+IWRC (KISWIRE규격) 구성 8×[1+7+(7+7)+14]+7×(1+9+9)
● Low fatigue from secondary bending. ● Low inside abrasion. ● Higher breaking load than Cross Laid Wire Rope because of higher effective cross section. ● No destruction of strand shape as strand element wires are packed tightly into each other.
Low fatigue from secondary bending.
Low inside abrasion.
Higher breaking load than Cross Laid Wire Rope because of higher effective cross section.
No destruction of strand shape as strand element wires are packed tightly into each other.
