logo

ZHENGZHOU SONGYU HIGH TEMPERATURE TECHNOLOGY CO.,LTD william@songyuht.com 86-0371-6289-6370

ZHENGZHOU SONGYU HIGH TEMPERATURE TECHNOLOGY CO.,LTD Profilo aziendale
prodotti
Casa > prodotti > Elemento riscaldante del carburo di silicio > High-efficiency double-threaded silicon carbide rod for high-temperature furnaces

High-efficiency double-threaded silicon carbide rod for high-temperature furnaces

Dettagli del prodotto

Luogo di origine: Cina

Marca: SONGYU

Numero di modello: Doppio filo

Termini di trasporto & di pagamento

Quantità di ordine minimo: 10-100pcs

Prezzo: Negoziabile

Imballaggi particolari: cassa di legno

Tempi di consegna: 15 giorni di lavoro

Termini di pagamento: T/T, Western Union

Capacità di alimentazione: 10 - 1000 PCS

Ottenga il migliore prezzo
Evidenziare:
Descrizione di prodotto

This product is made of high-purity recrystallized silicon carbide, formed into a double-threaded structure through sophisticated and advanced processes. Compared with traditional straight rods or single-threaded products, its effective heating area increases by more than 30% in the same installation space, with more uniform heat release. This not only shortens the furnace heating time but also reduces equipment operating energy consumption.


The product features high mechanical strength and excellent thermal shock resistance, enabling it to withstand frequent rapid heating and cooling conditions and extend service life under high-temperature operations. With a maximum working temperature of 1600°C, it is suitable for various industrial kilns, laboratory electric furnaces, and atmosphere protection furnaces, especially scenarios requiring rapid heating and precise temperature control.


Widely applicable to new material sintering, ceramic glazing, glass melting, metallurgical processing, and other processes, this product provides stable and reliable heat source support, helping users improve production efficiency and control overall costs. With stable performance and strong adaptability, it is a practical choice for high-temperature heating scenarios.