CLADDING lazè jisteman kontwole epesè nan kouch CLADDING (MICRON-nivo) ak yon gwo bout bwa lazè konsantre, restore Harmony sifas pandan y ap evite deformation ki te koze pa elektwolat tradisyonèl oswa flite tèmik. Lyen an metalurji (fòs pi gran pase oswa egal a 400 MPa) ant kouch nan CLADDING ak substrate siyifikativman pwolonje rezistans mete, ak ka etid ki montre yon 5x+ amelyorasyon validite.
Zòn minimòm ki afekte chalè (<0.1 mm) and rapid cooling minimize thermal stress, preserving dimensional accuracy (±0.01 mm) critical for high-precision printing. This process eliminates chemical solvents, aligning with green manufacturing standards, and enables localized repairs to retain the roll's original structure, drastically reducing maintenance costs for high-value equipment.
CLADDING lazè pou repare baton ponp idwolik
CLADDING lazè jisteman kontwole epesè nan kouch CLADDING (MICRON-nivo) ak yon gwo bout bwa lazè konsantre, restore entegrite sifas pandan y ap evite deformation ki te koze pa metòd tradisyonèl tankou electroplating oswa flite tèmik. Ak yon zòn ki afekte chalè minim (<0.5 mm) and rapid cooling, thermal stress is minimized, preserving the base material's mechanical properties critical for high-pressure environments.
Chwazi kowozyon ki reziste alyaj poud (egzanp, nikèl ki baze sou oswa Cobalt ki baze sou) plis amelyore rezistans nan medya asid/alkalin, pandan y ap ± 0.01 mm dimansyon presizyon garanti pèfòmans sele. Pwosesis sa a elimine solvants chimik, aliyen ak estanda manifakti vèt, ak pèmèt reparasyon lokalize yo kenbe estrikti orijinal baton an, byen wo diminye depans antretyen pou sistèm wo-valè idwolik.