フリット炉るつぼ 高密度ジルコニア コランダム

Dense Zirconia-Corundum Crucible for Frit Furnaces

This dense zirconia-corundum crucible for frit furnaces is a specialized refractory vessel manufactured through high-temperature, dense sintering using high-purity alumina, zirconia, and silica as primary raw materials. The product features excellent high-temperature performance, thermal shock resistance, and resistance to corrosion by molten glass. It is specifically designed for glass melting operations—such as those in frit furnaces—and is suitable for high-temperature melting processes involving ceramic frits, glass glazes, and similar materials.

製品の特徴

1. High Zirconia Content; Strong Corrosion Resistance

With a ZrO₂ content of 41.058% combined with 44.089% Al₂O₃, the material forms a dense zirconia-corundum structure. It offers excellent chemical corrosion resistance against high-temperature melts—such as molten glass and frit—effectively extending the crucible’s service life.

2. Dense Structure; Excellent Thermal Shock Resistance

Produced via a high-temperature densification sintering process, the material features a dense structure and low porosity. It exhibits superior thermal shock resistance, enabling it to withstand the frequent temperature fluctuations of frit furnaces without cracking.

3. Low Impurity Content; No Contamination of Melt

With Fe₂O₃ and TiO₂ contents of only 0.049% そして 0.073% respectively, the material contains minimal harmful impurities. It does not react with frit or glaze at high temperatures, effectively ensuring the purity of the melted material.

4. Stable High-Temperature Performance

The zirconia-corundum material maintains structural stability and resists deformation at high temperatures. It withstands erosion by molten glass, making it suitable for the continuous, long-term operation of frit furnaces.

応用分野

• Ceramic Frit Melting: Used for melting and holding ceramic frit in frit furnaces.
• Glass Glaze Melting: Suitable for high-temperature melting processes involving glass glazes, pigments, and similar materials.
• Specialty Glass Industry: Used as a melting vessel for optical glass and specialty glass.
• Non-ferrous Metal Smelting: Suitable for high-temperature smelting applications requiring superior corrosion resistance.

会社概要

熱処理技術サービスとRを専門とする専門企業&D, 製造業, 高温電気炉の販売.

同社は-100℃から2600℃までの全温度範囲をカバーする高温電気炉の開発に注力しています。. 実験用電気炉などの製品を展開, 真空雰囲気炉, 工業用窯, 中周波誘導加熱装置. 主な製品にはボックス炉などがあります。, 管状炉, 昇降炉, プッシャーキルン, 台車炉, ロータリーキルン, トンネル窯, 各種専用中周波炉.

同社は技術革新を堅持しており、ISO9001およびEU CE認証を取得しています。. それは所有しています 21 登録商標, 29 特許, そして 27 ソフトウェアの著作権.

お支払い方法

TT

発送方法

電気炉は 3 層で梱包されています。: まずは発泡紙で包みます, その後プラスチックフィルムで包みます, そして最後に木箱に詰めていきます.

よくある質問 (よくある質問)

1. What are the main advantages of dense zirconia-corundum crucibles?

The primary advantages are excellent corrosion resistance—derived from high zirconia content—and good thermal shock resistance due to the material’s dense structure. Additionally, the extremely low impurity content ensures no contamination of the melt, making them suitable for the long-term, high-temperature operation of frit furnaces.

2. What is the applicable temperature range for these crucibles?

The dense zirconia-corundum material can withstand temperatures exceeding 1600°C. Specific operating temperatures can be determined based on the customer’s process conditions; we recommend consulting a sales engineer.

3. Can the products be customized to specific dimensions?

はい. Crucibles can be customized in various shapes and sizes based on the customer’s frit furnace model, capacity, and process requirements.

4. Will the crucible affect the color or properties of the frit or glaze?

いいえ. The product has extremely low levels of impurities such as Fe₂O₃ and TiO₂ and exhibits excellent chemical stability at high temperatures. It does not react with the melt, effectively ensuring the purity and color quality of the molten material.

5. How can the service life of the crucible be extended?

It is recommended to raise and lower the temperature slowly in accordance with operating procedures to avoid rapid heating or cooling. Do not strike the bottom of the crucible when charging materials; periodically inspect the inner walls for corrosion and replace the crucible in a timely manner.