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1700℃ Alumina Tube CVD System for Advanced Powder Material Synthesis

For your custom heating needs, reach us here:

Whatsapp: +8617719806024 Email:info@lab-furnace.com

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1. Customer Profile

A Malaysia-based new material enterprise purchased our 1700℃ horizontal alumina tube CVD system for laboratory synthesis of advanced nano ceramic powder materials.

The customer is a well-known new material R&D enterprise from Malaysia, focusing on the research and pilot preparation of high-purity ceramic nanopowders used in electronic components and thermal barrier coating industry. The company owns a professional material laboratory, and was looking for high-temperature CVD equipment to carry out chemical vapor deposition experiments under controlled atmosphere.

2. Project Background

In the process of developing high-performance ceramic nanopowders, the client required tubular CVD equipment that can achieve high-temperature gas-phase reaction. Existing low-temperature tube furnaces in their lab could not meet experiment requirements:
1. Maximum working temperature needs to reach 1700℃, with high-purity reaction chamber;
2. Adopt high-purity alumina tube as reaction cavity, avoid impurity pollution during synthesis;
3. Equipped with precise multi-channel gas supply system to realize accurate mixing and flow control of multiple process gases;
4. Complete set with water cooling system, vacuum assembly and temperature programmable control system to support continuous CVD experiment runs;
5. The whole unit needs compact integrated layout, suitable for laboratory indoor installation.

3. Solution & Equipment Configuration

After multiple rounds of technical discussion on CVD process parameters, we customized and delivered the 1700℃ High Temperature Alumina Tube CVD System. Main technical specifications:
1. Max working temperature: 1700℃
2. Reaction chamber: High purity alumina tube
3. Structure: Horizontal split tube furnace design
4. Supporting system: Multi-channel precision gas distribution cabinet, vacuum pipeline assembly, circulating water chiller, intelligent programmable temperature controller
5. Functions: Support vacuum pumping, inert atmosphere protection, mixed gas atmosphere, programmable heating & cooling curve, meet various CVD synthesis processesOur engineering team optimized the gas path layout and furnace sealing structure according to the customer’s gas phase synthesis process. Before shipment, full assembly, air tightness test and high-temperature no-load test were completed in factory, and we provided detailed operation manual in English.

4. Project Outcomes

1. High-temperature reaction capability: The alumina tube furnace can steadily run up to 1700℃, fully satisfying high-temperature chemical vapor deposition reactions.
2. Low contamination environment: High-purity alumina tube avoids metal impurities, guaranteeing high purity of synthesized nanopowder samples.
3. Precise atmosphere control: Multi-channel gas control system enables stable and repeatable experiment conditions for material research.
4. Integrated compact design: The whole set equipment is easy to install inside laboratory, convenient for daily experimental operation.
5. Stable long-running performance: Perfectly meet the customer’s pilot-scale repeated CVD experiments for new material development.

5. Customer Feedback

" This 1700℃ alumina tube CVD system fully matches our nanopowder synthesis research plan. High temperature performance and gas distribution control are reliable. The factory pre-test saves a lot of on-site debugging time. Your team provided professional English technical guidance throughout the order, we are satisfied with the equipment quality and service. "

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No. 104, building 31, Xingyang equipment manufacturing industrial park, Zhengzhou City,
Henan Province, China
Zhengzhou Protech Technology Co., Ltd
郑州诺泰科技有限公司

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