Uglerod tolali isitish quvurlari: quvvatning parchalanishi va ishlashi

Today, I would like to discuss a common question from the first part of our detailed discussion on carbon fiber infrared quartz heating tubes—specifically, question 12: Uglerod tolali isitish quvurlarining kuchi vaqt o'tishi bilan parchalanadimi?

Javob: Yo'q, kuch parchalanmaydi. Volfram filamentli infraqizil isitish quvurlaridan farqli o'laroq, uglerod tolali infraqizil isitish quvurlari quvvatning parchalanishiga duch kelmaydi. Volfram filamentli infraqizil isitish naychalari xizmat muddati tugagandan so'ng yonib ketadi. Nima uchun uglerod tolali isitish quvurlari elektr quvvati parchalanishini boshdan kechirmasligini tushunish uchun avval volfram filamentli infraqizil isitish quvurlari bir muncha vaqt o'tgach yonib ketishini tushuntirib beraylik.

Nima Uchun Volfram Filamentli Infraqizil Isitish Quvurlari Yonib Ketadi?

Volfram filamentli infraqizil isitish quvurlari ishlaganda, ular cho'g'lanma bo'lib, volfram filamentining sirt harorati 2000 darajadan oshadi. Ushbu haroratda volfram filamenti asta-sekin sublimatsiya qiladi va vaqt o'tishi bilan uning asta-sekin ingichka bo'lishiga olib keladi. Oxir-oqibat, filament yonib ketadi va naychani endi ishlatib bo'lmaydi. Ushbu jarayon davomida volfram filamentli infraqizil isitish trubasining quvvati asta-sekin kamayadi. Volfram filamentli infraqizil isitish naychalarining ishlash muddatini uzaytirish uchun sanoat ko'pincha quvurlarni asosan yod va boshqa inert gazlardan tashkil topgan himoya gazlari bilan to'ldiradi. Shuning uchun infraqizil isitish naychalari halogen lampalar deb ham ataladi. Biroq, bu faqat umrni uzaytiradi va qisqa foydalanish vaqti masalasini to'liq hal qilmaydi.

Nega uglerod tolali isitish quvurlarining kuchi parchalanmaydi?

Carbon fiber is a special fiber composed of carbon elements. It has characteristics such as high temperature resistance, friction resistance, electrical conductivity, thermal conductivity, and corrosion resistance. Carbon fiber is fibrous, flexible, and can be processed into various fabrics. Due to its graphite microcrystal structure being preferentially oriented along the fiber axis, carbon fiber has very high strength and modulus along the fiber axis. Carbon fiber has low density, which results in a high specific strength and specific modulus. Carbon fiber can withstand temperatures up to 2700 degrees Celsius in a vacuum while maintaining its original physical and chemical properties. This is why the power of uglerod tolali isitish quvurlari does not decay or change during use.

Uglerod tolali isitish quvurlarining noto'g'ri tushunchalari va afzalliklari

Ko'p odamlar uglerod tolali isitish quvurlari bilan tanish bo'lmagan yoki hech qachon foydalanmaganligi sababli, ular ushbu yangi turdagi isitish trubkasini to'liq tushunmasligi mumkin. Ba'zi odamlar hatto ushbu yangi isitish quvurlarini rad etishlari mumkin, chunki ular yoqilganda yorqin porlamaydilar. Aslida, yorqinlikning etishmasligi uglerod tolasi isitish naychalarining afzalligi. Kuchli, yorqin nurning yo'qligi foydalanuvchi uchun foydalidir. Bu bizning uzoq yillik taxminlarimiz natijasidir-biz ongsiz ravishda faqat porlayotgan narsalarning yuqori haroratga ega ekanligiga ishonamiz va ular qanchalik yorqinroq bo'lsa, quyosh yoki qizil temir kabi harorat shunchalik yuqori bo'ladi. Biroq, uglerod tolali isitish trubasining sirt harorati faollashtirilgandan so'ng 500 daraja Selsiyga yetishi mumkin, bu ko'plab isitish ilovalari uchun etarli. Masalan, maishiy pechlar, sanoat yuqori va past haroratli sinov kameralari va yuqori haroratli pechlar.

GlobalQT yuqori sifatli ishlab chiqarishga ixtisoslashgan kvarts naychalari va heaters. Qo'shimcha ma'lumot olish uchun tashrif buyuring veb-sayt yoki biz bilan bog'laning contact@globalquartztube.com.