PU Filter U Type Rotary Oven
PU Filter U Tpe Rotary Oven
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PU Filter U Type Rotary Oven
This equipment is specifically designed for the U-type rotary drying process of automotive air filters, catering to the drying requirements of paper, synthetic fiber, or composite air filters used in commercial vehicles, passenger cars, and construction machinery. Its U-shaped rotary structure enables 360° uniform heating of filter elements, making it particularly suitable for efficiently drying irregularly shaped filters (e.g., U-shaped, L-shaped, or curved filters). This design addresses common issues in traditional linear drying methods, such as filter media deformation and cracking caused by uneven heating.
| Product specifications | 410×410×110(L×W×H) |
| The size of the station | 500×400(L×W) |
| Running speed | 0-5M/min Adjustable |
| Power | 550W |
| Power supply | 220v/50hz |
| Working air pressure | 0.8mpa |
| M/C weight | 1500kg |
| M/C size | 11500×1750×1200mm(L×W×H) |
Features
1.U-Type Rotary Drying Process
360° Dynamic Heating: Filters rotate along a U-shaped track with independent hot air nozzles at each workstation, ensuring uniform airflow (2-4m/s) across all surfaces and edges. This design improves drying efficiency by 40%.
Deformation Prevention: Flexible clamps secure filters during rotation to avoid rigid impacts. Combined with low-temperature drying (50-80℃), filter media deformation rate is <0.5%, exceeding industry standards.
2.Intelligent Control System
Multi-Stage Temperature Programming: Supports 3-stage temperature profiles (e.g., preheat at 60℃, constant temperature at 75℃, cooling at 50℃) to meet gradient drying requirements for composite filter materials.
Real-Time Monitoring & Alarms: Equipped with temperature sensors and current monitoring modules. Automatically shuts down and triggers audio-visual alarms for abnormal conditions (e.g., over-temperature>90℃, loose clamps) with <5-second response time.
360° Dynamic Heating: Filters rotate along a U-shaped track with independent hot air nozzles at each workstation, ensuring uniform airflow (2-4m/s) across all surfaces and edges. This design improves drying efficiency by 40%.
Deformation Prevention: Flexible clamps secure filters during rotation to avoid rigid impacts. Combined with low-temperature drying (50-80℃), filter media deformation rate is <0.5%, exceeding industry standards.
2.Intelligent Control System
Multi-Stage Temperature Programming: Supports 3-stage temperature profiles (e.g., preheat at 60℃, constant temperature at 75℃, cooling at 50℃) to meet gradient drying requirements for composite filter materials.
Real-Time Monitoring & Alarms: Equipped with temperature sensors and current monitoring modules. Automatically shuts down and triggers audio-visual alarms for abnormal conditions (e.g., over-temperature>90℃, loose clamps) with <5-second response time.
Industry Applications and Expansion
Automotive Manufacturing: Ideal for mass drying of passenger car cabin filters and commercial vehicle engine air filters, compatible with OEM and aftermarket requirements.
Filter Remanufacturing: Supports secondary drying of cleaned used filters. Adjustable clamps accommodate various brands/models, reducing remanufacturing costs.
Environmental Performance: Closed-loop hot air circulation system complies with GB 16297 atmospheric pollutant emission standards. Optional activated carbon filtration module available for further purification.
Automotive Manufacturing: Ideal for mass drying of passenger car cabin filters and commercial vehicle engine air filters, compatible with OEM and aftermarket requirements.
Filter Remanufacturing: Supports secondary drying of cleaned used filters. Adjustable clamps accommodate various brands/models, reducing remanufacturing costs.
Environmental Performance: Closed-loop hot air circulation system complies with GB 16297 atmospheric pollutant emission standards. Optional activated carbon filtration module available for further purification.
