An oil filter is responsible for trapping contaminants present in the oil, which originate from the combustion chamber and are generated during the friction between engine components operating in tandem. Without this filter, the polluted oil would accelerate the wear and tear of these moving parts, consequently elevating the likelihood of engine damage
Our materials are subjected to rigorous laboratory quality control, ensuring that the filter medium, valves, springs, casings, and other filter components meet their specifications, even under the most demanding operational conditions
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Our multifunctional adapters are manufactured using advanced automated feeding systems and hot runner technology, ensuring an efficient and stable production process with exceptional product quality.
Throughout the manufacturing process, we conduct multiple integrity tests on oil filters with casings using state-of-the-art automated measuring equipment. When you choose a RIMAUTU oil filter, you can trust that it is resistant to oil leaks.
The filter industry has embraced the trend of replacing metal components with plastic ones to enhance filter efficiency and reduce weight. Our plastics undergo rigorous laboratory testing, ensuring their quality consistently meets stringent standards
Rimautu filters incorporate state-of-the-art filter materials crafted from cellulose fibers or synthetic fibers. These materials guarantee a filtration efficiency of 99.9% for particles as minuscule as a few microns.
These filters are installed within sealed housings that are integrated with the engine. Typically, these housings contain all the necessary valves for the proper functioning of the filter within the engine's oil system, as well as the components that secure the filter element, ensuring its integrity within the housing. Modern cartridge oil filter elements are produced without the use of metal components. The bases and cores of these filters are constructed from contemporary plastics. The absence of metal parts not only benefits the environment but also simplifies disposal.
This type of filter comprises an element situated in a threaded steel housing, which is directly screwed onto the engine body. Spin-on filters offer advantages in terms of structural durability and ease of replacement. When replacing a spin-on oil filter, there is minimal risk of introducing impurities into the engine's oil system.
An oil filter is responsible for trapping contaminants present in the oil, which originate from the combustion chamber and are generated during the friction between engine components operating in tandem. Without this filter, the polluted oil would accelerate the wear and tear of these moving parts, consequently elevating the likelihood of engine damage
Our materials are subjected to rigorous laboratory quality control, ensuring that the filter medium, valves, springs, casings, and other filter components meet their specifications, even under the most demanding operational conditions
Our multifunctional adapters are manufactured using advanced automated feeding systems and hot runner technology, ensuring an efficient and stable production process with exceptional product quality.
Throughout the manufacturing process, we conduct multiple integrity tests on oil filters with casings using state-of-the-art automated measuring equipment. When you choose a RIMAUTU oil filter, you can trust that it is resistant to oil leaks.
The filter industry has embraced the trend of replacing metal components with plastic ones to enhance filter efficiency and reduce weight. Our plastics undergo rigorous laboratory testing, ensuring their quality consistently meets stringent standards
Rimautu filters incorporate state-of-the-art filter materials crafted from cellulose fibers or synthetic fibers. These materials guarantee a filtration efficiency of 99.9% for particles as minuscule as a few microns.
These filters are installed within sealed housings that are integrated with the engine. Typically, these housings contain all the necessary valves for the proper functioning of the filter within the engine's oil system, as well as the components that secure the filter element, ensuring its integrity within the housing. Modern cartridge oil filter elements are produced without the use of metal components. The bases and cores of these filters are constructed from contemporary plastics. The absence of metal parts not only benefits the environment but also simplifies disposal.
This type of filter comprises an element situated in a threaded steel housing, which is directly screwed onto the engine body. Spin-on filters offer advantages in terms of structural durability and ease of replacement. When replacing a spin-on oil filter, there is minimal risk of introducing impurities into the engine's oil system.
