Nitin nunah chuan borosilicate glass cup hi tea leh coffee siam nan an hmang tlangpui a, a chhan chu a transparency sang tak leh chemical stability tha tak a nih vang a ni. An maximum withstand temperature hi a hmangtute tan chuan ngaih pawimawh ber a ni. Borosilicate glass cup pangngaiin a tuar theih tur instantaneous temperature sang ber chu 150℃vel a ni a, long-term safe usage temperature chu 120℃hnuai lam a ni thung. He mizia hi a thil siam dan danglam tak leh a siam dan atanga lo chhuak a ni.
Borosilicate glass temperature resistance hi a bul berah chuan a chemical composition atanga teh a ni. Raw material ber atan silicon dioxide a hmang a, flux atan 10%-15% boron anhydride a dah tel bawk. Soda-lime glass pangngai nena khaikhin chuan boron dah belh hian glass molecular structure chu a siam thar leh a, network architecture nghet zawk a siam a ni. He structure hian glass-a coefficient of thermal expansion a tihhniam bakah a thermal stability nasa takin a tichangtlung a, high-temperature resistance a tichak bawk a, temperature range zau zawkah a shape stability a vawng reng thei a, temperature inthlak danglam nghal emaw, temperature sang taka rei tak a awm avanga a chhe thei lo bawk.
150℃instantaneous maximum temperature hi absolute threshold a ni lo tih hriat chian a pawimawh a; actual temperature resistance hi thil hrang hrangin a nghawng a ni. Pakhatnaah chuan thil siam dan hi a pawimawh hle. High{3}}quality borosilicate glass hian high-temperature annealing a paltlang a, internal stress chu a chhuah vek a, a temperature resistance chu theoretical value hnaih zawkah a hruai lut a ni. Chumi nêna inkalh takin, thil siam ṭha lo chuan a chhe thup a nei thei a, chu chuan temperature sang takah chuan a chhe thei hle. Pahnihnaah chuan temperature inthlak danglamna rate hi a pawimawh hle. Borosilicate glass hian thermal shock resistance tha tak a neih laiin, 150℃aia sang temperature-a instantaneous exposure (tui lum chhunga theh ang chi) a nih chuan localized temperature danglamna nasa lutuk avang hian a la ti chhe thei tho a, a bik takin thicker-walled model tan chuan.
Nitin hmannaah chuan hlauhawmna tihziaawmna atan hmanraw dik tak hman a pawimawh hle. Tui lum dah hmain cup chu tui lum tlemte nen preheat hmasa phawt a tha a, chutiang chuan temperature a inthlak nghal loh nan. Cup hrui hring chu meialh zau tak emaw, temperature sang-temperature heating device-ah direct-in dah suh. Heat-resistant cup pawh hian hun rei tak a vawt loh chuan localized overheating leh glass structure a tichhia thei a ni. Chubakah, borosilicate glass cup kutkawr, sealing ring emaw, thil dang emaw nei tan chuan heng thil siamna hmanrua te hi lumna-resistant a ni lo thei bawk. A hmanna temperature zawng zawng chu heng accessories te tolerance atanga teh tur a ni a, a tlangpuiin 100℃aia tam lo tur a ni.
Glass pangngai nena khaikhin chuan borosilicate glass sang hian temperature sang-temperature resistance-ah advantage lian tak a nei a ni. Soda pangngai-lime glass hian℃80 vel chauh a tuar thei a, thermal shock resistance a nei tha lo a, borosilicate glass sang erawh chuan instantaneous temperature 150℃a tuar thei a, thermal shock resistance tha tak a nei bawk a, hei hian nitin in tur lum scenario tam zawk tan a tha hle. Chutih rual chuan chemical stability tha tak a neih avangin temperature sang takah thil hlauhawm a chhuah dawn lo tihna a ni a, hei hian himna nasa zawk a siam a, hei hi food container industry-a a hman nasat chhan pawimawh tak a ni bawk.