High-temperature with partitioned air filter (mostly of high-efficiency / ultra-high-efficiency level, with a temperature resistance range of 250–350℃), mainly used in high-temperature working conditions and high-cleanliness air purification scenarios. Here are its main application areas:
1. Electronics and semiconductor manufacturing
Core scenarios: High-temperature clean ovens, diffusion furnaces, annealing furnaces, and high-temperature purification workshops for processes such as wafer manufacturing, chip packaging, lithography, etching, and thin film deposition.
Function: In high-temperature processing environments, continuously filter particles of 0.3μm and above to ensure the cleanliness of wafer surfaces and prevent dust from causing product defects.
2. Biomedicine and pharmaceuticals
Core scenarios: Aseptic preparation workshops, injection / infusion production lines, biosafety cabinets, clean tunnels, high-temperature sterilization ovens, freeze-dryers.
Function: Meet GMP/A-level cleanliness requirements, provide sterile and dust-free air during high-temperature drying and sterilization processes, and prevent microbial and particle contamination.
3. Automotive and industrial painting
Core scenarios: Automotive body / component painting lines, high-temperature baking ovens, drying furnaces, curing furnaces.
Function: Filter high-temperature hot air, intercept paint mist and dust, ensure the smoothness and adhesion of the paint surface, and improve the painting quality.
4. Food and beverage processing
Core scenarios: Aseptic packaging workshops, high-temperature sterilization tunnels, baking / roasting production lines, clean packaging areas.
Function: Provide clean air in high-temperature environments to prevent dust and microbial contamination, ensuring food safety and hygiene.
5. Aerospace and precision manufacturing
Core scenarios: Aircraft engine testing, high-temperature aging of precision instruments / optical components, clean assembly workshops, ultra-clean cleaning machines.
Function: Provide ultra-clean air for high-temperature treatment and assembly of high-precision components, avoiding the influence of tiny particles on performance and reliability.
6. Chemicals and new materials
Core scenarios: High-temperature reactors, catalyst regeneration, special material sintering / solidification, high-temperature pre-treatment of chemical waste gas.
Function: Stabilize filtration in high-temperature, corrosive or dusty gas flows, protect equipment, recover materials, and meet environmental protection emission requirements.
7. Other high-temperature clean scenarios
Hospitals: High-temperature sterilization equipment in operating rooms, ICUs, central supply rooms.
Laboratories: High-temperature muffle furnaces, clean ovens, high-temperature air purification in biosafety laboratories.
New energy: High-temperature drying, sintering, laminating processes in lithium battery and photovoltaic cell manufacturing.
