top of page

Taisei Kogyo P-UM-03-10U Hydraulic Filter Element

Sep 2
2 min read

Updated: 6 days ago

Nichiboku's industrial Insights

Introduction

Contamination in hydraulic oil can accelerate component wear, obstruct control passages, damage pumps and valves, and reduce the operational stability of industrial machinery.

The Taisei Kogyo P-UM-03-10U Hydraulic Filter Element uses pleated paper media with a 10 μm filtration rating to support oil cleanliness in hydraulic systems equipped with compatible Taisei Kogyo UM line-filter housings.


Yellow pleated filter cartridge on white background with TAISEI KOGYO and P-UM-03-10U text.
Taisei Kogyo P-UM-03-10U pleated paper hydraulic filter element, offering precise 10-micron filtration for optimal performance.

Filtration for Hydraulic Equipment Protection

The UM Series is installed directly in hydraulic piping to capture solid contaminants circulating through the system.

The P-UM-03-10U element provides the filtration surface required to protect hydraulic components while supporting oil circulation through the filter housing. Its pleated construction increases the available filtration area within a compact cylindrical configuration.

The UM housing uses an upper-extraction design, helping simplify element replacement during scheduled maintenance.

Technical Overview

Parameter

Confirmed Specification

Manufacturer

Taisei Kogyo Co., Ltd.

Product Type

Replacement hydraulic filter element

Individual Model Code

P-UM-03-10U

Compatible Filter Series

UM Series

Filter Classification

Medium-pressure inline filter

Filter Media

Paper

Filtration Code

10U

Filtration Rating

10 μm

Standard Fluid

General mineral oil

Associated Housing Size Code

03

Associated UM Connection

Rc 3/8 — 10A

UM Housing Working Pressure

Up to 7 MPa

The 7 MPa rating applies to the compatible UM filter housing. The element’s suitability must be confirmed according to the complete housing model, fluid, temperature, flow rate, differential pressure, and maintenance conditions.

Blueprint of a cylindrical filter element with labeled front, rear, left, and right views; Taisei Kogyo P-UM-03-10U.
360-degree technical illustration of the Taisei Kogyo P-UM-03-10U hydraulic filter element, showcasing multiple external views including front, rear, right, and left perspectives.

Industrial Applications: Taisei Kogyo P-UM-03-10U filter element

The P-UM-03-10U filter element may be used in compatible filtration systems for:

  • Hydraulic power units

  • Industrial machinery

  • Machine tools

  • Hydraulic presses

  • Manufacturing equipment

  • Lubrication and oil-circulation systems

  • Power-generation auxiliary equipment

  • Marine and heavy-equipment hydraulic systems

Exact Replacement Identification

A filter element should not be selected only by its external dimensions or apparent physical similarity.

Technical verification should confirm:

  • Complete filter-element code

  • Filter-housing manufacturer and model

  • Filtration rating and media type

  • Hydraulic fluid and viscosity

  • Operating temperature

  • System flow rate

  • Operating pressure

  • Required contamination-control level

  • Element seals and compatibility

  • Required quantity

The 10U code identifies a 10 μm paper element. Other Taisei Kogyo filtration codes may use different paper, fiber, wire-gauze, or notch-wire media and should not be treated as automatically interchangeable.

International Sourcing from Japan

Nichiboku supports international maintenance departments, industrial end users, machinery operators, and procurement teams requiring original Taisei Kogyo filter elements for defined hydraulic systems.

Support may include model identification, compatibility verification, manufacturer quotation management, export documentation, and international supply from Japan.

Review Taisei Kogyo filter elements through Nichiboku:

Japanese Industrial Products

Review Nichiboku’s virtual catalogue of Japanese industrial equipment and replacement components for plant maintenance and defined industrial projects worldwide.


Comments


bottom of page