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dwg AVX-0500 · about

Averinox since 2001

Averinox B.V. is a Dutch manufacturer and supplier with over 25 years of experience in woven, sintered and knitted wire mesh, industrial filtration and dewatering solutions, providing responsive support to the petrochemical, food, pharmaceutical and water treatment industries across Europe.

  1. rev. A · 2001-06

    Founded in the Haarlem region, specialising in maintenance and repair of belt filter presses and dewatering tables.

  2. rev. B · 2001-07

    Averinox B.V. is incorporated by deed of 25 July 2001 to develop and supply wire-mesh products and filtration solutions across Europe.

  3. rev. C · 2000s–2010s

    The programme expands to woven, sintered, knitted and welded mesh, perforated media, filter elements, belts and reactor internals. Supply increasingly includes exotic alloys and products to licensor specification.

  4. rev. D · 2010s

    Averinox contributes filtration expertise to the European TORWASH research project on energy from biomass and sludge.

  5. rev. E · 2026

    A new base in Assendelft and a new website in 2026. Averinox continues to focus on custom solutions, cost and downtime, with technical support.

Brand consolidation 2026: one programme under Averinox →

How we work

Supply and service

Averinox develops and supplies materials and components. We also maintain, renovate and optimise dewatering installations, supporting them throughout their service life.

Materials for the operating conditions

We select 316L, Inconel™, Hastelloy™, Duplex or Monel™ according to the process chemistry and temperature. Materials are supplied with certificates and full traceability.

Engineering support

We advise on materials and engineer to licensor specification. We can also second engineers and mechanics to help design and implement your solution.

Experience and technical capabilities

years of separation engineering experience
25+
dewatering dry-solids content depends on material and process
By process
sub-micron filtration with sintered media, confirmed per application
0.5 µm