performance
experience shows that for filters with the same structure and the same filter material, when the final resistance is determined, the area of the filter material increases by 50%, the service life of the filter will be prolonged by 70%-80%, and the service life of the filter will be about three times as long as the original one doubles. with more filter material, the price of the filter will increase accordingly, but the increase is certainly not as great as the increase of the life of the filter. moreover, the effective area is large, and the initial resistance decreases, and the energy consumption of the system will also decrease. for users, the selection of effective filters is cost-effective.
energy consumption test for mini-pleat hepa filter
jmpf-h13-70 standard type mini pleat hepa filter
current speed：0.45m/s => 120pa±10%
surface velocity：0.75m/s => 190pa±10%
(see picture)
jmpf-l-h13-70 high volume mini-pleat hepa filter
current speed：0.45m/s => 85pa±10%
current speed：0.75m/s => 155pa±10%
energy consumption test for deep pleat hepa filter
jcpf-h13-150 standard type deep pleat hepa filter
surface velocity：0.75m/s => 220pa±10%
jcpf-l-h13-150 high air volume deep pleat hepa filter
current speed：0.75m/s => 190pa±10% (见图片)
energy consumption test for w-type hepa filter
jwtf-h13-4v standard plastic frame v-type hepa filter
surface velocity：2.00m/s => 260pa±10%
jwtf-l-h13-5v high volume plastic frame v-type hepa filter
current speed：2.00m/s => 200pa±10% (见图片)
jwtf-h13-4v大风量型塑胶框v型高效过滤器
面速：2.30m/s => 240pa±10% (见图片)
energy consumption test for v-type hepa filter
jvtf-h13-5v standard galvanized frame w-type high efficiency filter
surface velocity：2.30m/s => 280pa±10%
jvtf-l-h13-5v high air volume v-type hepa filter
current speed：2.30m/s => 210pa±10%(见图片)
