TWELVE TECHNOLOGIES. FIVE PROTECTION SYSTEMS.
Twelve proprietary technologies organized within five protection systems — each defined by its contamination target, failure mechanism, and measurable engineering standard.
12
Technologies
5
Protection Systems
ISO
Referenced
Technology exists to protect assets.
Every ELIMFILTERS architecture was engineered to control a specific contamination mechanism responsible for asset degradation, downtime, and operational risk. These architectures are not filter products. They are contamination control systems — the engineering foundation upon which every ELIMFILTERS asset protection strategy is built.
The technologies support the protection systems. The protection systems protect the assets. The objective is not filtration alone. The objective is asset protection — measurable, documented, and sustained across every operating environment.
// TECHNOLOGY GOVERNANCE PRINCIPLE
Contamination Control
↓
Protection Systems
↓
Technology Architectures
↓
Product Implementations
↓
Protected Assets
↓
Operational Outcomes
Products never define strategy.
Technologies support systems.
Systems protect assets.
// WHY TECHNOLOGY MATTERS IN ASSET PROTECTION
Technology is where reliability engineering becomes operational reality.
Failures do not occur because equipment is old. Failures occur because contamination mechanisms remain uncontrolled.
Every ELIMFILTERS asset protection technology exists to control one of those mechanisms.
Protection Domain Architecture
Twelve Technologies — Quick Reference
Protection system assignment, primary contamination target, key engineering metric, and applicable industries across the twelve ELIMFILTERS technologies. MARINECLEAN™, DURATECH™, and MICROKAPPA™ are classified as cross-system platform technologies.
| TECHNOLOGY | SYSTEM | PRIMARY FUNCTION | KEY METRIC | INDUSTRIES |
|---|---|---|---|---|
| MACROCORE™ | Air Intake & Airflow Protection | Progressive density gradient intake protection | 99.9%–99.98% efficiency · ISO 5011 | Mining, Agriculture, Construction, Power Gen |
| SYNTEPORE™ | Air Intake & Airflow Protection | All-synthetic intake for humid/marine environments | ISO 5011 · moisture-resistant construction | Marine, Offshore, Coastal, Agriculture |
| INTEKCORE™ | Air Intake & Airflow Protection | Pre-cleaner housing for high-vibration environments | Radial seal zero-bypass · railway traction | Railway, Stationary industrial, Heavy trucks |
| DRYCORE™ | Air Intake & Airflow Protection | Molecular sieve desiccant dryer | ISO 8573-1 Class 1–2 dew point | Railway, Bus & Coach, Industrial pneumatics |
| HYDROCORE™ | Fuel Cleanliness Protection | Turbine-stage water separation | 99.8% free water · 95% emulsified removal | Marine, Oil & Gas, Power Gen, Agriculture |
| HYDROCORE/SERIES™ | Fuel Cleanliness Protection | High-flow fuel protection for stationary power systems | 99.8% free water removal · High-flow power systems | Power Generation, Mining, Stationary industrial |
| SYNTRAX™ | Lubrication Protection | Full-flow lube protection at ISO 4406 16/14/11 | Extended drain interval · soot capture above 2% | Trucks & Fleets, Bus & Coach, Railway |
| NANOFORCE™ | Hydraulic Protection | Sub-micron Beta-rated contamination control | ISO 4406 16/14/11 · 200–450 bar | Construction, Mining, Manufacturing, Marine |
| COOLTECH™ | Cooling System Protection | DCA-replenishing coolant protection | SCA restoration · liner cavitation prevention | Trucks & Fleets, Bus & Coach, Power Gen |
| MARINECLEAN™ | Cross-System | Corrosion-resistant fuel and lube protection for marine environments | IMO certified · ASTM B117 · Salt-resistant | Marine, Offshore, Commercial vessels |
| DURATECH™ | Cross-System | Multi-domain fleet standardisation and consolidated service kits | OEM-interchangeable · Mixed-fleet | Trucks & Fleets, Mining, Construction, Agriculture |
| MICROKAPPA™ | Cross-System | PM2.5 capture + activated carbon cabin protection | Up to 85% PM2.5 reduction · EU Dir. 2019/130 | Trucks, Bus & Coach, Construction, Mining |
Technical Questions
What is the difference between MACROCORE™ and SYNTEPORE™ air intake protection?
Both are Air Intake & Airflow Protection technologies but target different operating environments. MACROCORE™ uses Progressive Density Gradient (PDG) media — a multi-layer cellulose-synthetic composite achieving 99.9%–99.98% efficiency (ISO 5011) at dust concentrations up to 10,000 mg/m³ in mining, agriculture, and construction. SYNTEPORE™ is all-synthetic construction for high-humidity, coastal, and marine intake environments where moisture exposure would degrade cellulose media — maintaining ISO 5011-compliant airflow restriction regardless of humidity conditions.
Which ELIMFILTERS architecture protects HPCR diesel injection systems?
HYDROCORE™ is the Fuel Cleanliness Protection technology for HPCR injection systems operating at 1,800–2,500 bar. It uses turbine-stage coalescing separation to remove free water at 99.8% efficiency and emulsified water at 95% — preventing injector needle corrosion above 200 ppm water content and pump cavitation. HPCR injector needle clearances measure 1–3 µm, making water contamination the primary failure mechanism in fuel-injection equipment.
What is SYNTRAX™ and which system does it protect?
SYNTRAX™ is the Lubrication Protection technology for engine oil protection. It maintains ISO 4406 cleanliness codes (16/14/11) throughout extended drain intervals (60,000–100,000 km programs) for diesel, gas, and dual-fuel engines. SYNTRAX™ captures combustion soot above 2% by weight, metal wear particles from ring/liner/bearing contact, and fuel dilution byproducts that reduce oil viscosity below SAE specification. Maintaining ISO 4406 code 16/14/11 extends bearing service life three to five times compared to uncontrolled contamination at 19/17/14.
What ISO standards govern ELIMFILTERS protection architectures?
MACROCORE™ and SYNTEPORE™ are validated against ISO 5011 (air filter performance for internal combustion engines). HYDROCORE™ water separation is verified against ASTM D6304 free water thresholds and SAE J1488 coalescer protocols. SYNTRAX™ lubrication protection targets ISO 4406 cleanliness codes — the international standard for particle contamination counting in oil systems. NANOFORCE™ hydraulic architecture is validated against ISO 16889 Beta ratio testing and targets ISO 4406 16/14/11 for proportional valve protection. DRYCORE™ achieves ISO 8573-1 Class 1–2 dew point targets for compressed air systems.
How does NANOFORCE™ prevent hydraulic proportional valve failure?
NANOFORCE™ is the Hydraulic Protection technology maintaining ISO 4406 cleanliness codes of 16/14/11 or tighter at 200–450 bar. Proportional valve spool clearances measure 5–25 µm — where silica particles above 5 µm (Mohs hardness 7) cause permanent micro-abrasion on valve faces. At contamination levels above ISO 19/17/14, proportional valve failure rates increase three to five times. NANOFORCE™ captures sub-micron particles at 1–10 µm that bypass standard 25 µm return-line protection systems.
What protection does MICROKAPPA™ provide for commercial vehicle operators?
MICROKAPPA™ is a cross-system cabin protection technology combining multi-stage PM2.5 particulate capture with activated carbon adsorption. It reduces cabin PM2.5 concentration by up to 85% versus standard OEM cabin elements. Professional drivers completing 9–11 hour daily schedules accumulate sustained occupational exposure to diesel exhaust particulate — classified as IARC Group 1 carcinogen. EU Directive 2019/130 and OSHA standards impose PM2.5 exposure limits for commercial vehicle operators, making documented cabin protection a compliance obligation for fleet operators in regulated jurisdictions.
Technologies control contamination.
Systems protect assets.
Protected assets sustain operations.