PTFE PTFE PTFE special airflow dryerTechnical Performance Introduction

Our company has independently developed the most advanced performance in ChinaPTFESpecialized airflow dryer. This machine has broken through the long-standing domestic trendPTFEThe bottleneck of the manufacturer's product quality not reaching first grade due to problems with the drying equipment. It fills the domestic gap and its performance is comparable to similar foreign products.

1This machine can be used for medical gradePTFEDrying, the drying system can achieve sterile continuous drying, which meets the requirementsFDAandGMPThe requirements.

2The device uses precise calculation and three-dimensional design to accurately calculate the residence time of materials, ensuring that the final moisture content of the product reaches0.02%following.

3Using high-temperature airflow drying and dehumidification cold air cooling, the material undergoes further self aggregation of residual monomers during the drying process, which plays an aging role.

4The high-temperature airflow adopts two-stage heating with water vapor and electric heating compensation, and the highest temperature can reach280℃The air intake adopts four stages of filtration: primary, medium, high efficiency, and high temperature and high efficiency, achieving10Requirements for Class 10000, Class 100, or Aseptic Purification. All pipelines that come into contact with materials and hot air use316LClean pipes and electric heaters are used310SMaterial or Hastelloy, sealed with imported ceramic adhesive.

5Using clean air after freezing and dehumidification to cool materials for easy packaging, the cold air also undergoes primary, secondary, and high-efficiency three-stage filtration to ensure that the cold air reaches10Ten thousand level or100Grade.

6The combination of primary airflow drying and secondary airflow cooling is adopted, which can make the final product temperature of the material ≤30℃.

7All airflow ducts are made of mechanically polished sanitary grade clean pipes, connected by flanges, which are easy to install, disassemble, clean, disinfect, and sterilize.

8The cyclone separator with high air volume and high efficiency is adopted, and the dust collection efficiency can reach95%Greatly increased the yield of first grade products.

9All material systems are adopted5DElbows prevent material settling and accumulation, reducing system resistance.

10Due toPTFEHigh density, high thermal expansion rate, and higher wind speed compared to conventional airflow. To prevent static electricity accumulation, all pipelines are strictly and effectively grounded.

11Due to the high temperature and dryness, the system adopts metal expansion joints for mechanical compensation, which can prevent equipment deformation. At the same time, wooden brackets are used for fixation, which can effectively reduce heat loss.

12Finished product packaging10The material is collected and automatically weighed and packaged in a 10000 level, 100 level, or sterile area to avoid secondary contamination of the product.

13The feeding adopts an accelerator, and the airflow and material flow rate of the accelerator can be adjusted, overcoming the material residual energy defect caused by traditional spiral feeders.

14Adopting a detachable insulation design, it is easy to disassemble, clean, and repair, while greatly reducing maintenance time.

15The bag filter adopts waterproof, anti-static, and anti adhesive propertiesPTFEThe laminated filter bag is cut and sewn using imported equipment, achieving filtration accuracy5umBy meeting the emission standards for waste heat air, the yield has been improved.

16All system valves are adopted316LThe automatic control of the pneumatic ball valve greatly improves the automation level of the equipment and reduces the cost of malfunctions.

17AdoptingPLCperhapsDCSRemote control, temperature, pressure, pressure difference, feed rate, air intake, etc. are all interlocked and controlled, and have functions such as motor overload protection and automatic alarm for overheating. The system runs dynamically and displays.