manage_search We cross-reference 60,000+ OEM & housing numbers. Find your filter arrow_forward

6CU10025X1 Replacement Filter | Fits HF1S-6CU... Housing Parker Finite HF Series

Write a Review
SKU -
FP10025Y
$98.00
$98.00

Description

Ultramax Systems supplies the FP10025Y as a direct replacement within the Finite Parker HF range. It is a Grade Y high efficiency oil removal coalescing element and strips the fine oil aerosol and water carryover a general purpose stage leaves behind, rated at 0.01 µm. The element belongs directly downstream of a Grade X stage. Air leaving this stage is clean enough for instrument work and for a carbon tower to polish. Dimensions follow the original, so it installs into the existing housing without modification. Housings in the HF1S-6CU... family take this element. Held in Australian stock, it is supplied at a working budget price rather than OEM list.

This replacement filter element from Ultramax is a high-quality, Parker Finite HF Series-compatible alternative. Designed as an alternative to OEM part numbers 6CU10025X1 6CU10-025X1 C25-10 EF10025XECU 6QU10-025X1 4QU10025X1 2QU10025X1 4CU10025X1. It is engineered to suit housing models HF1S-6CU... HF15S-6CU... HF2S-6CU... HF1S-6CUY HT1S-6CUY HF15S-6CUY HT15S-6CUY HF2S-6CUY. Manufactured to strict quality standards, it delivers reliable system protection at a competitive price.

Cross Reference

Ultramax Part Number FP10025Y

Replaces OEM Parts

Parker Finite HF Series
6CU10025X1 6CU10-025X1 C25-10 EF10025XECU 6QU10-025X1 4QU10025X1 2QU10025X1 4CU10025X1 2CU10025X1 4C10-025 6C10-025 4C10025

Fits Housing Models
  • HF1S-6CU...
  • HF15S-6CU...
  • HF2S-6CU...
  • HF1S-6CUY
  • HT1S-6CUY
  • HF15S-6CUY
  • HT15S-6CUY
  • HF2S-6CUY
  • HT2S-6CUY
  • HF1S-6CVPY
  • HT1S-6CVPY
  • HF15S-6CVPY
  • HT15S-6CVPY
  • HF2S-6CVPY
  • HT2S-6CVPY
  • HF1S-6QUW
  • HT1S-6QUW
  • HF15S-6QUW
  • HT15S-6QUW
  • HF2S-6QUW
  • HT2S-6QUW
  • HF1S-6CVP
  • HT1S-6CVP
  • HF15S-6CVP
  • HT15S-6CVP
  • HF2S-6CVP
  • HT2S-6CVP
  • HF1S-6QUY
  • HT1S-6QUY
  • HF15S-6QUY
  • HT15S-6QUY
  • HF2S-6QUY
  • HT2S-6QUY

Other Grades for This System

The same element in every grade this housing accepts.

GradePart numberPurposeMicron
YFP10025Y You are hereOil Removal0.01 µm
AFP10025AActivated Carbon0.01 µm
PFP10025PCoarse3 µm
WSFP10025WSWater Separator—
PFP10025XCoarse3 µm

Features

  • Grade Y media rated at 0.01 µm
  • Strips the fine oil aerosol and water carryover a general purpose stage leaves behind
  • Dimensional match to the Finite Parker HF original, fits the existing housing without modification
  • Suits HF1S-6CU... and 4 further housing models
  • Held in Australian stock, not brought in to order

Applications

  • Paint and powder coating lines
  • Instrument air and control circuits
  • Laboratory and analytical air
  • Pre-filtration ahead of an activated carbon stage
Disclaimer

All brand names, trademarks and part numbers shown on this page remain the property of their respective owners and appear for identification purposes only. Ultramax Systems is not affiliated with, endorsed by, or a licensee of any manufacturer listed. Cross references indicate dimensional and performance equivalence, not original equipment supply. Please confirm the fitment against your housing before you order.

Warranty

Every element is warranted to meet the Ultramax standard specification when it reaches you. If one does not, we will replace it, supply an equivalent, repair it, or cover the cost of replacing it. Tell us within 14 days of purchase to arrange a return. A restocking fee applies, and special order items cannot be returned. Our terms and conditions set out the detail.

Specifications

Width
4.000 (cm)
Height
1.500 (cm)
Depth
1.500 (cm)
Particle Removal (Micron)
0.01 µm
Housing Thread Size
1/4" & 3/8" & 1/2"
Grade
Y
Filter Type
Oil Removal
Cap Material
Glass filled nylon (33%)
Max. Oil carry-over at 21 ˚C (mg/m³)
0.01
Initial Pressure Loss (mbar)
100
Max. Operating Temperature
120°C
Media
Borosilicate micro glass fibre
O-Rings Material
High nitrile
Expected Media Life (hrs)
8000
Expected Media Life (mths)
12