Pressure defoaming machine
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Fully automatic pressure defoaming machine
The fully automatic pressure defoaming machine is an advanced defoaming equipment that uses pressure and temperature to remove bubbles generated during the bonding process, enhancing the adhesion between different materials. Integrating into production management, supporting MES system integration, and providing personalized customization services according to different customer needs. It has a wide range of application scenarios, beautiful and elegant appearance, and is sturdy and durable.
SIENOX is a leading manufacturer specializing in the research, development, and production of defoaming equipment. We offer customized vacuum, mixing, and temperature control functions, advanced technology, and extensive experience to provide customers with one-stop solutions. Free sampling and trial prototype are available, and various containers such as syringe/mixing cup/mixing tank are supported for defoaming and stirring. Contact customer service for detailed information!
The fully automatic pressure defoaming machine is an advanced defoaming equipment that uses pressure and temperature to remove bubbles generated during the bonding process, enhancing the adhesion between different materials. We can provide personalized customization services according to different customer needs, with a wide range of application scenarios, beautiful and elegant appearance, and durability.
Working principle of pressure defoaming machine
Use pressure and temperature to remove bubbles generated during the bonding process and enhance the adhesion between different materials.
Characteristics of pressurized defoaming machine
1. Multiple working modes: A. Apply pressure first, then heat up; B. Heating and pressurization synchronization; C. Heat up first, then apply pressure
2. Heating method: Resistance heating, fast heating and good uniformity
3. Pressure control: Using a Japanese SMC digital pressure gauge, the pressure control is precise and reliable
4. Temperature control: Using Omron temperature controller, PID automatically adjusts temperature
5. Alarm control: Sound, light and electricity alarm, microcomputer display of alarm content
6. Air filtration: Use precision filters to prevent secondary contamination of the product
7. Safety: Provide a complete set of pressure vessel safety certificates
施诺斯全自动加压脱泡机产品选型表
压力范围 | 常压-0.8Mpa | 或可选 |
温度范围 | 常温-80℃ | 或可选 |
压力精度 | ±0.01Mpa | |
温控精度 | ±1.0℃ | |
内部温差 | ±3℃ | 稳定后空罐测试 |
升温时间 | 常温下约15分钟升到60度,正常连续工作时约5分钟升到60度 | |
升压时间 | 常压-0.6Mpa 约5min | |
泄压时间 | 2-3min | |
脱泡周期 | 35min~40min/周期(含加压与泄压),有效脱泡机时间15-30min | |
有效尺寸(mm) | ¢600xL900 / ¢800xL1200 / ¢900xL1200 / ¢1300xL2000 | |
控制方式 | 微电脑控制 | |
罐体材质 | 载压主体材质为S30408不锈钢结构 或 碳钢 |
***以上仅为典型型号,我们可以根据客户需求提供个性化解决方案。
Industry applications
The pressure defoaming machine is suitable for eliminating bubbles generated during the bonding process between TN, STN, TFT liquid crystal glass substrates and polarizers. It is used for eliminating bubbles during the bonding process of touch screen glass to glass and glass to OCA conductive film.
Our partially successful clients
施诺斯全自动加压脱泡机产品选型表
压力范围 | 常压-0.8Mpa | 或可选 |
温度范围 | 常温-80℃ | 或可选 |
压力精度 | ±0.01Mpa | |
温控精度 | ±1.0℃ | |
内部温差 | ±3℃ | 稳定后空罐测试 |
升温时间 | 常温下约15分钟升到60度,正常连续工作时约5分钟升到60度 | |
升压时间 | 常压-0.6Mpa 约5min | |
泄压时间 | 2-3min | |
脱泡周期 | 35min~40min/周期(含加压与泄压),有效脱泡机时间15-30min | |
有效尺寸(mm) | ¢600xL900 / ¢800xL1200 / ¢900xL1200 / ¢1300xL2000 | |
控制方式 | 微电脑控制 | |
罐体材质 | 载压主体材质为S30408不锈钢结构 或 碳钢 |
***以上仅为典型型号,我们可以根据客户需求提供个性化解决方案。
Characteristics of pressurized defoaming machine
1. Multiple working modes: A. Apply pressure first, then heat up; B. Heating and pressurization synchronization; C. Heat up first, then apply pressure
2. Heating method: Resistance heating, fast heating and good uniformity
3. Pressure control: Using a Japanese SMC digital pressure gauge, the pressure control is precise and reliable
4. Temperature control: Using Omron temperature controller, PID automatically adjusts temperature
5. Alarm control: Sound, light and electricity alarm, microcomputer display of alarm content
6. Air filtration: Use precision filters to prevent secondary contamination of the product
7. Safety: Provide a complete set of pressure vessel safety certificates