Highest removal efficiencies available
- Rapid system cleanup and superior equipment protection

Unmatched dirt holding capacity
- Extended life = lower filtration costs

Advanced Polymer Technology
- Superior performance in demanding applications
- State of the art ultra-sonically bonded seams
- Stable performance under harsh conditions

Economical
50% less shipping weight
Long service life

Economy of Use
Fewer changeouts
Lightweight, easy to handle during changeout

Ecologically Responsible
45% reduction in metal
Advanced polymer materials drain rapidly
- Reduced disposal weight and fluid loss

DOWNLOAD HYDRAPURE BROCHURE (<1MB, PDF - Requires Adobe Reader, a Free Download)

HydraPure™ filter elements incorporate proprietary medias, the result of extensive research and testing. HydraPure™ medias are produced by a novel manufacturing technique that utilizes large (macro) fibers to provide an endoskeleton within the micro-fiber mat. This matrix provides an exceptionally stable structure within the media and maintains loft and pore integrity during periods of loading or cyclic impulse. By maintaining the loft of the media layer, this unique structural design ensures that the maximum amount of pore space is available throughout the entire life of the filter. Conventional medias wherein microfibers are simply layered on backing materials have little internal skeletal support and may flatten during service, limiting life and efficiency.

The strength of our medias is further enhanced by HydraPure’s proprietary polymer pack design. This technology provides a filter pack that maintains its integrity under severe conditions by providing a shock absorbing support system to protect the media from impulses, cold start and high differential pressure conditions. Traditional filters using wire mesh often suffer internal damage caused by the media being deformed against the rigid wire strands. High performance medias are incorporated in all HydraPure™ filter elements.

These products represent the state of the art in filtration technology, combining high removal efficiencies with exceptionally low flow resistance and unmatched service life.

A. Engineered polymer support mesh provides structural strength with minimal flow resistance. B. Intermediate flow control layer laminates flow to increase dirt holding capacity and reduce pressure drop. C. Proprietary media utilizes internal support structure to optimize and maintain porosity during cyclic flow and high loading and high pressure conditions.

HydraPure™ Filters Filters are manufactured in compliance with ISO 9001:2000.