Density Geometry: Compacted Strand Technology-in Tensile Limit a tihdanglam dan
Wire rope metallurgy-ah chuan density hi destiny nen a inang a ni. Kum sawm tam tak chhung chu industry chuan "round wire" siamna-a taksa lama tihkhawtlai chu a pawm a, chutah chuan strand inkar boruak inthlauhna chu thil tul tak, mahse a hlawhtling lo tak tak a ni. Compacted Strand technology hian tunlai wire rope-a geometric evolution a entir a ni.
Compaction kalpui dan tur chu:
Traditional wire rope hi wire round tak tak, strand-a inzawmkhawm atanga siam a ni. Compacted rope hian hei hi step khatin a hruai belh a: strand siam zawh tawh chu high-precision die hmangin an hrual a, chu chuan taksa lamah chuan round wire te chu hexagonal-like shape flatter, efficient zawkah a tikehsawm a ni. Hei hian rope chhunga "voids" awmte chu a ti bo vek a ni.
Mechanical Dividends te chu:
Pakhatnaah chuan metallic cross-sectional area chu 10-15% in tihpun a ni. Hei hian rope diameter tihpun lohvin Minimum Breaking Load (MBL) chu nasa takin a tipung a ni. Pahnihnaah chuan, compaction hian "smooth surface" circumference a siam a. Standard rope-ah chuan corrugated surface hian pulley sheaves lakah saw ang maiin hna a thawk a. SOLITE Compacted rope hian contact area lian zawk a pe a, contact pressure a tihhniam bakah i mechanical sheaves dam chhung chu 30% thlengin a ti rei bawk.
