EW10-158

EW10-158 is an EDM filter designed for wire erosion applications. It features metal construction, single bellow filter media, 5 µm filtration fineness and inside-to-outside flow direction, providing a clearly specified filtration solution for wire EDM systems.

PART NO.
PCF1004376

EDM application
Wire erosion

Filter media: Single bellow

Material: Metal

Flow direction: Inside > Outside

Filtration fineness: 5 µm

Filter surface: 7.40 m² / 79.66 sq ft

Outer diameter (De): 260 mm / 10.24”

Inner diameter (Di): 46 mm / 1.81”

Height (H): 400 mm / 15.75”

Weight: 4.5 kg

Pcs / box: 2

Box Size (mm): 540 × 270 × 425

Replaces:

KOFIL: HF-27

M+H: H 26 644/22

CHEMO: EM 115/5

NOVOTEC: 04.01.250

Machine application:

BROTHER: Standard wire cut EDM for Brother HS-100, HS-70A with AWF, HS-70A without AWF

REQUEST INFORMATION OR REQUEST A QUOTE

BORSERINI E-COMMERCE

DOWNLOADS

Description

EW10-158 is an EDM filter designed for wire erosion applications. It features metal construction, single bellow filter media, 5 µm filtration fineness and inside-to-outside flow direction, providing a clearly specified filtration solution for wire EDM systems.

 

PART NO.
PCF1004376

 

EDM application

Wire erosion

Filter media: Single bellow

Material: Metal

Flow direction: Inside > Outside

Filtration fineness: 5 µm

Filter surface: 7.40 m² / 79.66 sq ft

Outer diameter (De): 260 mm / 10.24”

Inner diameter (Di): 46 mm / 1.81”

Height (H): 400 mm / 15.75”

Weight: 4.5 kg

Pcs / box: 2

Box Size (mm): 540 × 270 × 425

Replaces:

KOFIL: HF-27

M+H: H 26 644/22

CHEMO: EM 115/5

NOVOTEC: 04.01.250

Machine application:

BROTHER: Standard wire cut EDM for Brother HS-100, HS-70A with AWF, HS-70A without AWF

Product Catalogue

Download

Let's Find the Right Solution Together

We are ready to support your next project

Borserini
Privacy Overview

This website uses cookies so that we can provide you with the best user experience possible. Cookie information is stored in your browser and performs functions such as recognising you when you return to our website and helping our team to understand which sections of the website you find most interesting and useful.