What are the Differences between Cross Reference Air Filter SC80104 and Ordinary Air Filter Elements?

The core design logic of cross reference air filter SC80104 lies in the integrated application of compatibility parameter database, and the adaptation range is expanded by reverse matching the original technical specifications of multi-brand equipment. While retaining the basic interception efficiency, the filter medium layer structure adjusts the pleat distribution pattern in a targeted manner to adapt to the changes in different air duct cross-sectional areas. The flexible material selection of the frame sealing strip must meet the air tightness maintenance requirements within the tolerance range of various installation slots, which is different from the rigid matching principle of ordinary filter elements designed for a single model.

The manufacturing standard of ordinary air filter elements is based on the physical parameters of the original equipment as an absolute benchmark, and the boundary conditions are limited to a specific wind speed and pressure drop range. The material composite structure usually adopts a fixed ratio of fiber mixing scheme, while the cross reference air filter SC80104 compensates for the differences in airflow disturbances of different equipment through dynamic density gradient design. The distribution strategy of the activated carbon addition layer presents regionalized module characteristics in the cross reference filter, which is convenient for flexible adjustment of the adsorption function configuration according to the application scenario.

There are essential differences in the mold development paths during the production process. The cross reference air filter SC80104 needs to build a parametric variable mold system to achieve multi-size coverage by adjusting the key support structure. The production line of ordinary filter elements is more specific, and the precision control of injection molding and cutting processes is concentrated in a narrow tolerance band. In the quality verification stage, the cross reference air filter SC80104 needs to pass the cross-brand compatibility test matrix, including vibration displacement tolerance and stress deformation evaluation of non-standard installation positions.

In addition, the dust holding capacity calculation of the cross reference air filter SC80104 adopts a generalized particle distribution model, while the ordinary filter element is optimized based on the typical pollutant concentration curve preset by the original factory. In terms of cost control strategy, the cross reference air filter SC80104 reduces the marginal cost of a single variety through large-scale coverage, which forms an economic difference with the mode of mass production of ordinary filter elements that rely on a single model.