1200°C Vacuum Hot Press Furnace for Advanced Material Sintering

Vacuum Hot Press Furnace (Hot Press Sintering Furnace)

A vacuum hot press furnace is a high-end equipment that integrates heating and pressurization. It is widely used in high-temperature densification and sintering processes in ceramics, powder metallurgy, dan material baru.

By applying high temperature and high pressure to materials in a vacuum or protective atmosphere, the equipment achieves densification and performance optimization, making it an important hot press furnace for high-end materials preparation.

Fitur Produk (Vacuum Hot Press Furnace)

1. Simultaneous High-Temperature and High-Pressure Pressing for Densification Sintering

This vacuum hot press furnace utilizes an electric precision hydraulic press with a maximum pressure of 200 ton. It applies pressure to powder or compressed blocks simultaneously with heating, achieving integrated sintering and densification. Compared to traditional atmospheric pressure sintering, hot pressing sintering can obtain dense materials with near-theoretical density at lower temperatures and in a shorter time, resulting in finer grains and superior mechanical properties.

2. Front and Side Door Options Available

Two door options are available: front and side opening. Users can choose flexibly based on their laboratory layout and operating habits. Front opening is suitable for areas with ample front operating space, while side opening is suitable for layouts with narrower aisles.

3. Precise Temperature Control and Uniform Furnace Temperature

Temperature control accuracy ±1℃, furnace temperature uniformity ±3℃. Utilizing K-type thermocouples (temperature range 0-1320℃) and an intelligent temperature controller, precise and stable temperature control is achieved. The heating rate can be freely adjusted within the range of 1℃/h to 20℃/min to meet the sintering process requirements of different materials.

4. Electric Precision Hydraulic Press with Adjustable Pressure

The press uses an electric precision hydraulic press with a maximum pressure of 200 ton. The pressure is digitally displayed and manually adjustable, and can be preset for automatic pressure reduction. Equipped with imported solenoid valves, it maintains good pressure. The stroke is adjustable to adapt to the needs of molds of different heights.

5. Vacuum and Atmosphere Protection

Hot pressing sintering can be performed in a vacuum environment, effectively preventing material oxidation. A protective atmosphere can be introduced to meet the atmospheric requirements of different materials. The furnace mouth uses a 3-4 layer tapered stepped soft seal, with elastic high-temperature sealing strips arranged on the steps, which can effectively absorb the thermal expansion of the refractory material at the furnace mouth and the charging platform, resulting in excellent sealing performance.

Area Aplikasi (Vacuum Hot Press Furnace)

• Ceramic Material Densification Sintering: Suitable for hot pressing sintering of high-performance ceramics such as alumina, zirconium oxide, silikon nitrida, silicon carbide, and aluminum nitride, resulting in high-density, fine-grained ceramic materials with significantly improved mechanical properties.
• Hard Alloys: Suitable for hot pressing sintering of tungsten carbide-based hard alloys, yielding alloy products with high hardness and high wear resistance approaching theoretical density.
• Powder Metallurgy: Suitable for hot pressing and sintering of metal powders, alloy powders, and composite powders, performed under vacuum or a protective atmosphere to prevent powder oxidation, resulting in high-density powder metallurgy products.
• Composite Materials: Suitable for densification sintering of metal matrix composites and ceramic matrix composites. Hot pressing effectively reduces porosity and improves interfacial bonding strength.
• Aerospace Materials: Suitable for hot pressing sintering and densification of key materials such as high-temperature alloys and ceramic matrix composites for aerospace applications.
• Bahan Baru R&D: Suitable for the research and preparation of new materials such as special ceramics, high-temperature alloys, amorphous materials, and nanomaterials.
• Electronic materials: Suitable for hot pressing sintering of electronic materials such as electronic ceramics, magnetic materials, and semiconductor packaging materials.

Profil Perusahaan

Sebuah perusahaan profesional yang mengkhususkan diri dalam layanan teknologi perlakuan panas dan R&D, manufaktur, dan penjualan tungku listrik suhu tinggi.

Perusahaan ini berfokus pada pengembangan tungku listrik bersuhu tinggi yang mencakup kisaran suhu penuh -100℃ hingga 2600℃. Produknya meliputi tungku listrik eksperimental, tungku atmosfer vakum, tempat pembakaran industri, dan peralatan pemanas induksi frekuensi menengah. Produk utama meliputi tungku kotak, tungku tabung, tungku pengangkat, tungku pendorong, tungku bogie, tanur putar, terowongan kiln, dan berbagai tungku frekuensi menengah khusus.

Perusahaan menganut inovasi teknologi dan telah lulus sertifikasi ISO9001 dan EU CE. Itu memiliki 21 merek dagang terdaftar, 29 paten, Dan 27 hak cipta perangkat lunak.

Metode Pembayaran

TT

Metode Pengiriman

Tungku listrik dikemas dalam tiga lapisan: terlebih dahulu dibungkus dengan kertas busa, lalu dibungkus dengan plastik film, dan akhirnya dikemas dalam peti kayu.

Pertanyaan yang Sering Diajukan (Pertanyaan Umum)

1. What is a vacuum autoclave?

It is a device that sinters materials by simultaneously applying temperature and pressure in a vacuum or atmospheric environment.

2. How does it differ from a conventional sintering furnace?

A conventional furnace only heats the material, while a vacuum autoclave applies pressure simultaneously, significantly increasing the material’s density.

3. What is the maximum pressure?

The maximum pressure of this equipment can reach 200 ton.

4. Can it operate automatically?

Ya, it supports fully automatic program control, requiring no manual intervention.

5. Does it support computer control?

Ya, temperature profile setting and data monitoring can be achieved through software.