High-carbon steel wire rope te hi an crystalline structure leh tensile behavior tidanglamtu thermal fluctuation ah an sensitive hle. Cryogenic transport-a liquid-nitrogen temperature atanga foundry crane-a lumna nasa tak thlengin, ‘Thermal Integrity’ hriatthiam hi industrial dam khawchhuahna atan a pawimawh hle.

A rilru a buai em em a, a rilru a hah em em bawk a. Cryogenic Brittleness (DBTT):

-30℃hnuai lam temperature-ah chuan carbon steel chu ‘Ductile-to-Brittle Transition’ zone-ah a lut a. Heng environment-ah hian rope chuan a static breaking force chu a vawng reng thei a, mahse a impact toughness a hloh thei a, chu chuan sudden shock load hnuaiah ‘shatter failure’ a thlen thei a ni. Arctic hnathawhna atan SOLITE hian ductility humhim turin Manganese leh Nickel content tihpunna tur specialized low-temperature alloy a pe a ni.

Temperature sang tak a tlahniam: 1.1.

Spectrum tawp lehlamah chuan℃200 aia sang chuan ‘Annealing’ a ti tan a, chu chuan steel chu a ti nem reng a, a tensile strength a ti tlem bawk. Chubakah, standard grease-based lubricants te chu temperature sang takah chuan a liquefy ang a, core atang chuan a leak chhuak ang.

Technical lama a do let dan tur:

Heat-intensive application atan chuan core collapse ven nan Independent Wire Rope Cores (IWRC) kan hmang a, high-temperature solid-film lubricant (Molybdenum Disulfide ang chi) kan hmang a, chu chuan an lubricity 400℃thleng a vawng reng a ni. Thermal extreme atana engineering siam nan hian standard metallurgy atanga bespoke alloy science lama inthlak a ngai a ni.