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The original in bypass filtration
Triple R has developed and supplied filtration systems for more than 40 years and is widely recognized as the original pioneer of bypass filtration.
We help you find the right solution
Contact us by phone or email, and we will assist you in finding a filtration solution tailored to your needs.
Why should you use an oil purifier?
Extends oil change intervals
More cost effective than replacing oil
Environmentally responsible solution
Prevents complications, breakdowns, and downtime
Ensures clean and dry oil in the system
Our solutions
With a Triple R filter, new oil is filtered to a higher cleanliness class. The filtration systems are available as mobile units, as well as bypass and offline solutions.
Relevant products
Clean hydraulic oil across all your machines
Through depth filtration using multipass-certified, 114 mm thick filter elements, Triple R bypass filters effectively remove harmful particles as well as oxidation by products. This provides one of the most reliable methods for maintaining consistently clean oil across your entire machine fleet.
Relevante artikkler
Efficient hydraulic maintenance – optimal oil filtration with the Triple R filter trolley
Extend the service life of hydraulic systems through proper oil maintenance. Regular and effective oil filtration is essential to maintain performance and longevity in hydraulic systems, machinery, and industrial plants. The Triple R filter trolley from Ditech provides a mobile and cost effective solution for removing particles, water, and contaminants from hydraulic oil. This reduces wear, minimizes the risk of unplanned downtime, and helps ensure stable operation.
Fast response and delivery of oil purifier
When M/F Ole Bull experienced challenges related to oil contamination, Ditech responded on short notice with an available oil purifier from stock in Ågotnes. The delivery was handled as an urgent assignment, with a clear focus on rapid response and prompt delivery.
Why preheating is critical for filtration in cold conditions
Filtration of hydraulic oil, lubricating oil, and other technical fluids in cold climates places different demands on filtration systems compared to operation at normal working temperatures. As temperature decreases, oil viscosity increases, which directly affects flow rate and filtration efficiency. Without appropriate measures, this can result in inefficient filtration, increased stress on components, and reduced operational reliability in hydraulic systems.