Aluminosilicate Ceramic Fiber Furnace Liner

Alumina Silicate Ceramic Fiber Furnace Liner

Alumina silicate ceramic fiber furnace liner is an integrated furnace product made from high-purity alumina silicate fiber (ceramic fiber) or alumina fiber using a vacuum forming process. The product features lightweight construction, rapid heating, uniform furnace temperature, and high energy efficiency. Box-type furnaces, Rouer Uewen, and various electric heating plates can be customized according to customer needs. Our company is a reputable factory with years of processing experience and a team of skilled technicians. Custom orders based on drawings or samples are welcome.

Resistance heating series products use resistance wire heating elements integrated with ceramic fiber, featuring rapid heating and cooling, uniform furnace temperature, and lightweight construction. High-temperature fiber furnace liner is made of polycrystalline mullite fiber or polycrystalline alumina fiber, characterized by lightweight construction, rapid heating, and high energy efficiency, and is gradually replacing traditional heavy refractory furnace liner materials.

Produit Fonctiounen

1. Premium High-Cost Raw Materials, Guaranteed Quality

Made from carefully selected high-purity aluminosilicate/alumina raw materials. Raw materials are a prerequisite for quality, ensuring the product’s high-temperature performance and insulation effect from the source.

2. Customization Based on Drawings, Flexible and Diverse

Personalized customization services are supported. Box-type furnaces, tube-type furnaces, and various types of electric heating plates can be customized to meet different equipment and process requirements.

3. Rapid Heating and Cooling, Uniform Furnace Temperature

The fiber furnace lining has low heat capacity, niddereg Hëtzt Stockage, rapid heating and cooling, and good temperature uniformity within the furnace, effectively improving process efficiency.

4. Lightweight, High Energy Efficiency

The fiber furnace lining has low density and is lightweight, significantly reducing equipment load compared to traditional heavy refractory furnace linings. Energy savings can reach 20-40%, significantly reducing operating costs.

5. Low Thermal Conductivity, Excellent Isolatioun Leeschtung

The material has low thermal conductivity, providing significant insulation and reducing heat loss, thus improving thermal energy utilization.

6. Flexible resistance wire arrangement to adapt to various processes

The resistance wire can be arranged in a zigzag or spiral pattern, and the forming method can be embedded or buried, adapting to different temperature uniformity and heating power requirements.

Applikatioun Beräicher

• Experimental and Industrial Electric Furnaces: Used for the inner lining of various electric furnaces such as box furnaces, Rouer Uewen, and atmosphere furnaces.
• Ceramics and Building Materials Industry: Used for the lining of ceramic firing kilns, shuttle kilns, Tunnelofen, and other kilns.
• Heat Treatment Industry: Used for furnace linings in heat treatment, annealing, and quenching processes of metallic materials.
• New Materials Research and Development: Used for high-temperature experiments and new material synthesis furnace linings in universities and research institutes.
• Electronics and Semiconductors: Used for precision temperature-controlled furnace linings in electronic component sintering and semiconductor material heat treatment.

Firma Profil

Eng professionell Entreprise spezialiséiert op Wärmebehandlungstechnologie Servicer an de R&D, Fabrikatioun, a Verkaf vun héich-Temperatur elektresch Schmelzhäre.

D'Firma konzentréiert sech op d'Entwécklung vun héijen Temperaturen elektreschen Uewen, déi e ganzt Temperaturberäich vun -100 ℃ bis 2600 ℃ decken. Seng Produkter enthalen experimentell elektresch Schmelzen, Vakuum Atmosphär Schmelzen, industriell Uewen, a Mëttelfrequenz Induktiounsheizungsausrüstung. Haaptprodukter enthalen Këschtofen, Rouer Uewen, Levée Schmelzen, pusher Uewen, bogie Uewen, Rotary Uewen, Tunnelofen, a verschidde spezialiséiert Mëttelfrequenz Uewen.

D'Firma hält technologesch Innovatioun an huet ISO9001 an EU CE Zertifizéierungen passéiert. Et gehéiert 21 registréiert Marken, 29 Patenter, an 27 Software Copyright.

Bezuelmethoden

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Versandmethoden

Den elektreschen Uewen ass an den elektreschen Uewen verpackt Den elektreschen Uewen ass an dräi Schichten verpackt: éischt a Schaumpapier gewéckelt, dann a Plastikfilm gewéckelt, a schlussendlech an engem hëlzene Krat gepackt.

Oft gestallte Froen (FAQ)

1. How to choose between aluminosilicate fiber furnace lining and alumina fiber furnace lining?

Select based on operating temperature—aluminosilicate fiber furnace lining is used below 1200℃; alumina fiber furnace lining is used for 1300~1700℃. Alumina fiber furnace lining also offers higher energy savings (up to 20~40%).

2. What are the options for heating elements? How should they be arranged?

Low-temperature furnaces use resistance wire or silicon carbide rods; ultra-high-temperature furnaces use silicon carbide rods or silicon molybdenum rods. Resistance wires can be arranged in a zigzag or spiral pattern. The forming method can be embedded (heating elements are buried inside the furnace lining) or recessed (heating elements are pre-embedded in the furnace wall).

3. Do you support custom designs based on provided drawings?

Jo. Our company is a reputable factory with many years of processing experience and a team of skilled technicians. We can customize box-type furnace linings, tubular furnace linings, and various electric heating plates. Custom designs based on provided drawings or samples are welcome.

4. How energy-efficient are the products?

Fiber furnace linings have low thermal conductivity and low heat storage capacity, resulting in significant energy savings. Alumina fiber furnace linings can achieve energy savings of 20-40%, significantly reducing energy consumption compared to traditional heavy refractory furnace linings.

5. How fast does the product heat up?

Due to the low heat capacity of fiber materials, the heating and cooling rates are much faster than traditional heavy refractory furnace linings, which can significantly shorten process waiting time and improve production efficiency.