inly applied to the fixed assembly of inner and outer protective nets, support frames and filter elements. Different from traditional glue bonding and mechanical stitching, ultrasonic welding uses high-frequency vibration instantaneous friction heat to realize molecular fusion connection between accessories and filter
Scientific gradient temperature drying and constant-temperature curing is a key process to stabilize the internal structure of filter media and eliminate product quality hidden dangers. After resin impregnation, pleating forming and gluing sealing, the filter element contains residual moisture and uncured colloid. Dire
To achieve zero-defect batch production of air filters, modern intelligent filter factories introduce machine vision online real-time inspection technology, replacing traditional manual visual inspection and realizing full-coverage precision detection of product appearance, size and structural defects. The high-definit
Most ordinary cabin air filters on the market rely solely on filter paper and simple net support, which easily suffer from softening, bending, pleat collapse and deformation during long-term use. As the core purification component of the vehicle HVAC system, the cabin filter bears continuous wind pressure, temperature
Most ordinary cabin air filters on the market rely solely on filter paper and simple net support, which easily suffer from softening, bending, pleat collapse and deformation during long-term use. As the core purification component of the vehicle HVAC system, the cabin filter bears continuous wind pressure, temperature
The production of high-quality reinforced cabin air filters adopts integrated precision forming and composite pressing technology, which is completely different from the simple bonding process of ordinary filters. The entire reinforcement process includes rib mold positioning, hot pressing compounding, stereotyping cur