HC2206FKP6Z Hydraulic Filter Element

The HC2206FKP6Z filter element has a wide range of applications and is a high-performance hydraulic filter element alternative to PALL products. It is suitable for use in fuel-resistant oil systems and critical equipment such as main oil motors and gearboxes. It effectively performs its filtration function under various operating conditions, ensuring system cleanliness and operational reliability.

Interchangeable filter element models include: MFHLP31497, P566658, SH 75008 V, and DHD110G03V.

Model number explanation is as follows:

HC: Indicates this product belongs to the hydraulic filter series;

2206: Specification code, corresponding to a specific filtration area or flow rate parameter;

FKP6Z: Consists of multiple code segments, with the following meanings:

- F: Utilizes glass fiber filter media, offering high-precision filtration capabilities;

- K: Frame material is galvanized steel or stainless steel, suitable for medium- and high-pressure environments;

- P6Z: Indicates a filtration accuracy of 6 microns, a filtration ratio β₂₅ ≥ 75, and a filtration efficiency of at least 98.7%.

This product is tested and verified in accordance with the following international standards:
(1) ISO 2942 Hydraulic transmission - Filter elements - Determination of structural integrity
(2) ISO 16889 Hydraulic transmission - Filters - Determination of filtration characteristics using the multiple-pass method
(3) ISO 3968 Hydraulic transmission - Filters - Determination of pressure drop and flow characteristics
(4) ISO 3724 Hydraulic transmission - Filter elements - Determination of flow fatigue characteristics
(5) ISO 3723 Hydraulic transmission - Filter elements - Axial load test method
(6) ISO 2943 Hydraulic transmission - Filter elements - Verification of material compatibility with liquids
(7) ISO 2941 Hydraulic transmission - Filter elements - Verification of rupture resistance

All test items are strictly carried out in accordance with relevant standards to ensure the safety, stability and durability of the product under complex working conditions.