HYDAC Introduces SUSTAINMICRON Filtration Technology

The SUSTAINMICRON filtration technology provides up to 30% lower differential pressure while maintaining high dirt-holding capacity.
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March 3, 2026
HYDAC
HYDAC SUSTAINMICRON Filters

HYDAC' SUSTAINMICRON can be used for hydraulic filtration, oil conditioning, and fuel filtration in both mobile and industrial machinery applications.

HYDAC has introduced SUSTAINMICRON, a filtration technology designed to provide improvements in performance, system reliability as well as sustainability.

The filter combines features of the company’s Optimicron, Optimicron Pulse, and Stat-Free technologies into a single, all-in-one solution. According to HYDAC, this helps to streamline inventory, replace the need to use multiple product lines and simplify system design for developers of industrial and mobile equipment.

HYDAC will demonstrate the benefits of its SUSTAINMICRON filtration technology during CONEXPO-CON/AGG 2026. Read more news and content related to this large event for the construction industry on our dedicated CONEXPO 2026 page. 

SUSTAINMICRON helps control electrostatic discharge, maintain stable contamination levels, and reduce system losses to ensure clean, stable fluid flow for more predictable hydraulic system performance.

Key features of HYDAC’s SUSTAINMICRON filtration technology include:

  • up to 30% lower differential pressure than previous generations while maintaining dirt-holding capacity and filtration efficiency
  • integrated electrostatic discharge protection as a standard feature
  • universal compatibility with existing Optimicron elements for seamless upgrades
  • robust construction for reliability in demanding environments

Typical applications for the SUSTAINMICRON technology include hydraulic filtration, oil conditioning, and fuel filtration in any system requiring high reliability and sustainability.

Read the article "Innovation is Transforming Filter Designs for Fluid Power Systems" to learn more about recent developments in filtration technology for hydraulic and pneumatic systems.