Aquaculture

Clean water for fish farming systems.

Automotive Industry

Coolants, paint shops and process water.

Food & Beverage

Hygienic filtration for wine, beer and food.

Liquid Filtration

Solids removal for every liquid process.

Marine

Robust filtration for on-board systems.

Offshore

Reliable filtration in harsh conditions.

Oil & Gas

Separation and protection under pressure.

Process Industry

Protect pumps, valves and heat exchangers.

Seawater Filtration

Intake and seawater cooling systems.

Tank Storage

Clean product transfer and storage.

Wastewater Treatment

Reliable filtration for industrial effluent.

Sector expertise

Filtration built for your industry

Every sector has its own media, pressures and standards. Our engineers know them — so your filter is specified right the first time.

Get sector advice →

All industries →

Applications About us Blog Contact

Application

How do you filter polymers from glycol?

Are you looking for a solution to filter polymers from glycol? JMF-Filters offers the perfect solution. ✅ Specialist in filtration

Quote within 24h

Made in Europe

Delivered from stock

Tailored solution

Get a filter recommendation for this application

✓  Free advice from a filter engineer

✓  Right housing, media and micron rating

✓  Quote within 24 hours, no obligations

Start your request →

or call an engineer: +31 299 62 33 37

★★★★★  Rated Excellent · 66 Google reviews

Filtering rust from gasoline is a specialized process that requires careful attention to both the chemical properties of gasoline and the nature of the rust particles. The process begins with a thorough analysis of the gasoline to determine the concentration and particle size of rust. A multi-stage filtration system is then used, which initially removes the coarse rust particles by means of a robust pre-treatment.

Filtration of smaller rust particles

A fine mesh filter system then ensures the effective separation of the smaller rust particles, thus ensuring the purity and quality of the gasoline. The precise control of process parameters, such as pressure and flow rate, plays a crucial role in optimizing the filtration process. Continuous monitoring and regular quality checks ensure that the system operates efficiently and that any disruptions are addressed immediately.

Advanced technology and industrial applications

The application of advanced technology and innovative methods enables the system to flexibly adapt to varying conditions, which is essential for industrial applications. This integrated approach results in a sustainable, reliable and high-quality filtration process that meets the strictest industry standards. Contact us for a suitable solution and/or a completely free quote.

Free filter advice

Facing the same challenge?

Share your medium, flow rate and what you want to remove. A specialist recommends the right filter and quotes within 24 hours.

Get filter advice →

or call +31 299 62 33 37

Marc Jansens, professional filtration specialist portrait

Marc Jansens

Filtration specialist

European-made filters

Large inventory, fast delivery

30 years of expertise

Filter finder

Which filter fits this application?

Pick what matters most in your process. Not sure? Our engineers select the right housing, media and micron rating for you.

Goal 01

Fine particles & clarity

Remove fine particles and get clear, consistent liquid quality.

Filter cartridges & bags →

Goal 02

Protect pumps & equipment

Stop coarse debris before it damages pumps, valves or heat exchangers.

Filter strainers →

Goal 03

Continuous flow, no maintenance

Keep the flow running without manual filter changes or downtime.

Self-cleaning filters →

Goal 04

Sand & heavy particles

Separate sand and heavy particles without any filter media.

Water cyclone filters →

Let an engineer choose for me →

More applications

All applications →

Same challenge in your process?

Let’s solve your filtration challenge

Send us your process data or a photo of your current filter. A specialist replies with advice and a quote within 24 hours.