Turbine Oil Additives For Turbo Engines Hybrid Lubricants
Advanced Protection for Turbine Systems & Turbocharged Engines in Extreme Conditions
The high-quality compound additive that has passed the bench test can meet the requirements of L-TSA turbine oil for oxidation stability and rust resistance. These premium oil additives for turbo engines</span> deliver exceptional performance under extreme conditions.The oil prepared with this agent has excellent demulsification performance. It is suitable for use in turbine oil and can be used to prepare L-TSA turbine oil of various viscosity grades. It is suitable for lubrication and sealing of power, industrial, marine and other industrial turbine units and water turbine units.
Product Introduction
Turbine oil additives for turbo engines are hybrid additive packages combining calcium sulfonate detergents, graphene-enhanced anti-wear agents, and organoboron antioxidants. Engineered for turbine systems operating at 150°C+ and turbochargers exceeding 20,000 RPM, they deliver unmatched oxidation control and deposit prevention where conventional additives fail under thermal stress.
Performance Advantages
- Turbocharger Thermal Stability
Reduces carbon deposits by 65% at 300°C vs. standard turbine oils (CEC L-101 validated). Graphene nanosheets enhance heat dissipation, lowering bearing temperatures by 40°C .
- Acid Neutralization & Rust Prevention
Neutralizes acidic byproducts from biofuel combustion (TBN retention ≥85% after 1,000h ASTM D664). Passes ASTM D665 seawater corrosion test with 0% rust .
- Oxidation Resistance
Extends RPVOT life to 3,500+ min (ASTM D2272), enabling 10-year fluid service in continuous operations .
- Foam & Aeration Control
Suppresses foam to ≤10 mL (Seq I/III per ASTM D892) at 95°C, critical for high-RPM turbo lubrication .
- Hybrid System Compatibility
Maintains dielectric strength >45 kV/mm to prevent arcing in electric-assist turbos .
Application
Target Industries:
Gas turbine power plants (Combined-cycle, peaking units)
Aerospace auxiliary power units (APUs)
Marine turbocharger manufacturers
Hybrid renewable energy storage systems
High-speed compressor stations
Core Applications:
Steam/gas turbine oils (ISO 8068 compliant, L-TSA grade)
Turbocharger bearing lubricants (≥15,000 RPM)
Synthetic turbine-cylinder hybrid oils (ASTM D6224 Grade 3)
Biodegradable thermal fluids (OECD 301B compliant)
Wind turbine hydraulic pitch control systems
Recommended Dosage
L-TSA Turbine Oil | Dosage (m %) |
32,46 | 0.4-0.5 |
68,100 | 0.4-0.5 |
Characteristics
Parameter | Specification | Test Method |
Appearance | Yellow transparent liquid | Visual |
Kinematic viscosity (40℃), mm2/s | Measured | GB/T265 |
Flash point (open), ℃, | ≥96 | GB/T3536 |
Packaging & Storage
Packaging: 200L steel drums or 1,000 kg IBC totes.
Storage:The storage, loading and unloading and oil blending of this product shall be carried out in accordance with SH/T0164. The maximum temperature shall not exceed 75°C; if stored for a long time, the maximum temperature shall not exceed 45°C.
Shelf life:36 months (unopened)
12 months (opened, under nitrogen)
Safety:This turbine oil additives for turbo engines is non-flammable, non-explosive and non-corrosive. It is the same as general petroleum products in terms of safety, environmental protection and use, and no special protection is required.
Why Choose Our Turbine oil additives for turbo engines?
“Independent testing confirms 72% lower varnish formation versus standard turbine oils in GE 7FA turbines after 16,000 operational hours (ASTM D7843).”
– PowerGen International 2024 Report
“The only hybrid additive achieving zero turbo bearing seizures in MAN Energy Solutions TCR20 systems under 25,000 RPM cyclic loads at 180°C bulk oil temp.”
– Turbo Machinery Journal Validation
Customization Options
BN Adjustment: 5–15 mgKOH/g for variable fuel sulfur content
Low-VOC Variants: Fogging resistance for aerospace APUs
Arctic Formulations: Pour point <-45°C (Brookfield <15,000 cP @ -40°C)
Enhanced Bio-Compatibility: OECD 301B >80% biodegradability
Technology Highlights
Graphene Thermal Bridges: 5nm platelets enhance heat transfer by 300%, reducing hot spots in turbine bearings
Self-Healing Tribofilms: Organoboron compounds repair micro-cracks on thrust collars under >2 GPa loads
Acid Scavenging Matrix: Calcium sulfonate micelles neutralize sulfuric/nitric acids from biofuels while resisting hydrolysis
Aerospace-Grade Anti-Foam: Silicone-free polymers prevent air entrainment in centrifugal force fields (>50,000g)
Where turbines meet turbos at Mach 0.5, we deliver zero-compromise protection.
Proven in:
*300 MW combined-cycle plants (24/7 baseload operation)*
Hypersonic vehicle APUs with 900°C exhaust gas temps
Offshore FPSO power generation modules
Technical Support & Samples
✉️ Email:jzsrunda@163.com