Sintered Fiber Felt to ISO 4022. Full dimensional table, materials, finishes and quotation. 6 sizes listed.
Technical Drawing
Customize the parameters below — every spec field is editable, and the drawing redraws to match the values you choose. Changing the size will snap the other fields to that size's standard values; you can then override any individual value.
Sends the selected values to the quote form below.
Request a Quotation for Sintered Fiber Felt
Tell us the specification (mesh count / micron / dimensions), material and quantity you need for Sintered Fiber Felt (ISO 4022) and our team will respond within one business day. Click "Request this configuration" on the drawing above to send the parameters you just chose straight into this form.
Dimensions & Specifications (ISO 4022)
Every row below is a starting point for the customizer above — pick any specification row and the drawing will redraw to it.
Micron rating (u00b5m)
Thickness (mm)
Porosity (%)
Form
Reference standard
3
0.35
75
Sheet / cut disc
ISO 4022
5
0.40
78
Sheet / cut disc
ISO 4022
10
0.45
80
Sheet / cut disc
ISO 4022
20
0.55
82
Sheet / cut disc
ISO 4022
40
0.60
83
Sheet / cut disc
ISO 4022
60
0.70
85
Sheet / cut disc
ISO 4022
Sintered Fiber Felt is sintered mesh manufactured to ISO 4022. This page lists the full specification range — mesh count, wire diameter, aperture, micron rating and open area — that engineers need to select and specify it.
About Sintered Fiber Felt
Sintered Fiber Felt is sintered mesh defined by ISO 4022. It is selected by mesh count or micron rating and the specification values shown below, and is available in a range of alloys and surface treatments to suit the media, temperature and corrosion environment.
Materials & Finishes
Common materials include stainless steel 304 and 316/316L (the filtration workhorses), brass and phosphor bronze for spark-sensitive and marine duties, pure copper for EMI shielding, galvanized and plain steel for economy screening, and special alloys — Monel 400, Inconel 600, Hastelloy C-276, titanium and nickel — for aggressive chemical and high-temperature service. Specify the alloy, wire diameter and surface treatment (annealed, electro-polished, coated) appropriate to the media and environment.
Typical Applications
High-pressure and high-temperature filtration, fluidized bed plates, catalyst recovery, polymer filtration and backwashable process filters.
Sintered Fiber Felt is stocked and supplied to order in rolls, cut sheets and fabricated pieces. Pricing starts from approximately US$45.00 per unit for standard specifications in stainless steel 304; final pricing depends on specification, alloy, quantity and fabrication (MOQ applies). Submit your exact configuration with the quote form above.
Frequently Asked Questions
Which standard governs Sintered Fiber Felt, and how is it constructed?
Sintered Fiber Felt is manufactured to ISO 4022 using a diffusion-bonded sintered laminate. The specification values on this page follow that standard.
Which specifications of Sintered Fiber Felt does engineeringhardware.com supply?
The table on this page lists 6 standard specifications for Sintered Fiber Felt, from 3 to 60. Specifications outside the table — custom mesh counts, wire diameters, roll widths and fabricated pieces — can be quoted on request.
In which materials is Sintered Fiber Felt supplied?
Sintered Fiber Felt is supplied in stainless 316L as standard, with 904L, Hastelloy and Inconel for aggressive service. Surface treatments include annealed (mill), electro-polished, ultrasonic-cleaned and coated finishes. Choose the alloy and treatment to suit the media, temperature and corrosion environment for Sintered Fiber Felt.
What micron ratings does Sintered Fiber Felt cover?
The coarsest row on this page rates approximately 3 µm; the full table lists the micron rating (or nominal filtration) for every specification of Sintered Fiber Felt. Finer or coarser ratings can be produced to order.
How do I request a quotation?
Use the parametric drawing on this page to set the exact configuration (specification, material, treatment) and click "Request this configuration" — a specialist from engineeringhardware.com will respond within one business day.