Ziziphi iingenelo zokucima izixhobo zokucima rhoqo ngokwayo?

1. Umphezulu we-workpiece ayilula ukuba i-oxidized. Ngenxa yokufudumala, i-workpiece idibaniswa lula neoksijini, kwaye umphezulu we-oxidized, oya kuchaphazela umphumo wokufudumala we-workpiece. Endaweni yoko, inkqubo yokucima i-high-frequency ayizukubangela i-oxidation egqithisileyo, kodwa kunye nesantya sokufudumala se-workpiece sikhawuleza, esiphucula ukusebenza kakuhle, kwaye i-workpiece ngokwayo ayifane ikhubazeke.

2. Umgangatho womgangatho owenziwe lukhuni we-high-frequency quenched workpiece ungaphakathi kwe-1-1.5mm, eyahlukileyo kwi-intermediate frequency quenching. Ubunzulu boluhlu oluqinileyo lwe-intermediate frequency quenching inokufikelela ngaphakathi kwe-1-5mm, ngoko ke ukucinywa kwamaxesha aphakathi Kusetyenziswa xa ukucima i-high-frequency quenching ayikwazi ukuhlangabezana neemfuno zenkqubo. Ewe kunjalo, ukuba zezinye zezinto zokusebenza ezinomaleko oqina nzulu, sisebenzisa inkqubo yokucima amandla okuphindaphinda.

3. Indlela yokufudumala yesixhobo i-non-contact-heater, enokukhawuleza ukutshisa i-workpiece kunye ne-deformation yesibini.

4. Inkqubo yokucima i-workpiece inokulawulwa ngokuzenzekelayo, kwaye inokuthi ihambelane nezixhobo zokucima umatshini ukufezekisa ukucima okuqhubekayo, ukucima icandelo kunye nokuskena. Le ndlela ifaneleke kakhulu kwezinye iindawo zokusebenza ezineemfuno ezingqongqo.

5. Inkqubo yokunyanga ukushisa kwezixhobo zokucima i-high-frequency ilula kakhulu kwaye iphantsi kweendleko.