Engine intake, housings, cabin air and applicable compressed-air drying are different airflow functions inside one protection system.
MACROCORE™INTEKCORE™MICROKAPPA™DRYCORE™
DIRECT ANSWER
A technology is not a filter family and not a part number.
ELIMFILTERS technologies define the engineering architecture used to control a specific contamination pathway inside a protected system.
The decision sequence is explicit: protected system → contamination function → technology → product family → validated part number. This prevents technology names from being treated as interchangeable product categories.
SYSTEM → TECHNOLOGY
Ten technologies organized inside five protection systems.
Particulate control, standard non-turbine fuel-water separation and FH/FG turbine-style separation are distinct functions inside one fuel-cleanliness protection system.
SYNTAPORE™HYDROCORE™TURBOCORE™
Lubricant contamination control is tied to the protected oil circuit, engine context and validated product application.
SYNTRAX™
Hydraulic filtration is selected around fluid cleanliness, pressure, flow, component tolerance and application evidence.
NANOFORCE™
Cooling-system protection connects coolant condition and contamination control to the approved heavy-duty cooling application.
THERMACORE™
ENGINEERING PRINCIPLE
Do not start with the technology name. Start with the protected function.
Two technologies can belong to the same system while protecting different contamination boundaries. Air intake is the clearest example: engine intake, housing integrity, cabin air and compressed-air drying are related by airflow but remain separate engineering functions.
The same discipline applies across fuel, lubrication, hydraulic and cooling systems. Technology selection should follow the operating problem and application evidence, not marketing familiarity.
TECHNOLOGY PORTFOLIO
Select the architecture. Understand the protection role.
FROM TECHNOLOGY TO PART
Use the technology to narrow the architecture, not to bypass application validation.
01ASSET / EQUIPMENT
02PROTECTED SYSTEM
03CONTAMINATION FUNCTION
04ELIMFILTERS TECHNOLOGY
05PRODUCT FAMILY
06VALIDATED PART NUMBER
FREQUENT QUESTIONS
Industrial Filtration Technologies
What is an ELIMFILTERS filtration technology?
An ELIMFILTERS filtration technology is the engineering architecture assigned to a specific contamination-control function inside a defined protection system. It is not a generic product label and should not be selected independently of the protected system and application. Each technology — MACROCORE™, MICROKAPPA™, DRYCORE™, INTEKCORE™, SYNTAPORE™, HYDROCORE™, TURBOCORE™, SYNTRAX™, NANOFORCE™ and THERMACORE™ — governs a distinct contamination-control role. Because the hierarchy runs from protected system to technology to product family to validated part number, identifying a technology name is one step in application resolution, not the final answer. A customer who knows only that a filter uses SYNTRAX™ technology, for example, still needs the equipment, engine and duty context confirmed before ELIMFILTERS validates a specific oil-filter part number for that application.
How are systems, technologies, product families and part numbers related?
The hierarchy is protected system first, technology second, product family third and validated part number last. This keeps technical selection tied to the function being protected instead of choosing a product only by appearance or cross-reference. A protected system — such as Lubrication Protection, Hydraulic Protection or Air Intake & Airflow Protection — defines which asset and contamination pathway matters for a given application. The technology assigned to that system, such as SYNTRAX™ for lubrication or NANOFORCE™ for hydraulic filtration, defines the engineering architecture used to control that contamination. The product family then defines the specific category of filter built around that technology, such as Oil Filters or Coolant Filters. Only after system, technology and product family are confirmed does ELIMFILTERS validate a specific part number against dimensional, application and cross-reference evidence — skipping any step in this sequence risks selecting a filter that fits physically but does not perform the protection function the application actually requires.
How many ELIMFILTERS filtration technologies are presented on this page?
Ten technologies are presented here: MACROCORE™, MICROKAPPA™, DRYCORE™, INTEKCORE™, SYNTAPORE™, HYDROCORE™, TURBOCORE™, SYNTRAX™, NANOFORCE™ and THERMACORE™. They are organized inside five protection systems and each technology is scoped to a defined contamination-control function. Within Fuel Cleanliness Protection, SYNTAPORE™ governs particulate fuel filtration, HYDROCORE™ governs approved standard non-turbine fuel/water separator applications, and TURBOCORE™ is reserved for approved FH and FG turbine-style fuel/water separator systems. These three fuel technologies are related by the protected system but are not interchangeable.
Which technology is used for engine air intake filtration?
MACROCORE™ is the primary ELIMFILTERS technology for engine air-intake filtration. INTEKCORE™ supports the air-cleaner housing architecture, while MICROKAPPA™ and DRYCORE™ serve separate cabin-air and compressed-air functions within the broader airflow protection system. MACROCORE™ specifically addresses the combustion air path, controlling ambient dust, soot, fibers and airborne debris before they reach internal engine components. INTEKCORE™ does not filter air directly; instead it governs the housing geometry, sealing interfaces and element support that determine whether a properly rated MACROCORE™ element can actually perform as intended, since housing sealing issues can allow unfiltered air to bypass the media even when the filter itself is correctly specified. MICROKAPPA™ and DRYCORE™ address entirely separate airflow paths — operator cabin ventilation and compressed-air drying, respectively — evaluated under their own test standards and selected independently from engine-intake filtration, since they are not extensions of MACROCORE™ but distinct technologies within the same broader Air Intake & Airflow Protection system.
Which technologies are used for diesel fuel protection?
Fuel Cleanliness Protection uses three governed technologies with distinct scopes. SYNTAPORE™ controls particulate contamination in diesel fuel. HYDROCORE™ governs approved standard non-turbine fuel/water separator applications, including applicable drain and transparent-bowl configurations. TURBOCORE™ is reserved exclusively for approved FH and FG turbine-style fuel/water separator systems and their dedicated replacement elements. The three technologies belong to the same protection system but are not interchangeable, so the correct path depends on whether the application requires particulate filtration, standard fuel/water separation, turbine-style separation, or an approved combination of functions.
Which technologies protect lubrication, hydraulic and cooling systems?
SYNTRAX™ supports lubrication filtration, NANOFORCE™ supports hydraulic filtration and THERMACORE™ supports cooling-system filtration. SYNTRAX™ is engineered to capture the contamination that circulates in engine oil — soot, wear debris, oxidation products and service-introduced particulate — without compromising the flow and pressure behavior the lubrication circuit depends on, protecting bearings, journals, turbocharger interfaces and valve-train surfaces. NANOFORCE™ addresses hydraulic contamination pathways including ingressed particulate, internal wear debris and reservoir contamination, protecting pumps, control valves, actuators and precision manifolds that operate with small internal clearances. THERMACORE™ addresses cooling-circuit contamination such as corrosion products, scale and mineral deposits, and coolant degradation, protecting wet liners, water pumps, heat-transfer surfaces and coolant-circuit seals. Because each technology is tied to a distinct system, fluid chemistry and set of protected components, they are not interchangeable across lubrication, hydraulic and cooling applications even where duty conditions or contamination symptoms appear superficially similar.
Can a technology name alone identify the correct filter?
No. The technology identifies the engineering architecture. Final selection still requires the equipment or vehicle, protected system, duty context, product family and validated application evidence. Knowing that an application uses SYNTRAX™, NANOFORCE™ or any other ELIMFILTERS technology confirms which contamination-control architecture applies, but it does not confirm the specific bypass valve setting, sealing configuration, flow requirement, filtration target or dimensional fit a given engine, hydraulic circuit or cooling system actually needs. Two applications using the same technology can still require different filter configurations once equipment platform, duty cycle, existing OEM reference and installation-specific evidence are considered. For that reason, ELIMFILTERS treats technology identification as the second step in a controlled sequence — after confirming the protected system and before narrowing to product family and validated part number — rather than as a shortcut that bypasses the application-validation process every filtration decision depends on.
READY TO RESOLVE THE APPLICATION?
Connect the protection system to the correct technology, family and part.
Use Product Intelligence when you already have a reference or known application. Use Application Support when the protected system, duty conditions or technical fit still need to be resolved.