Benzotriazole Corrosion Inhibitor Chemical Lubrication Additives
Ultra-Precision Metal Passivation for Critical Systems
This advanced corrosion inhibitor chemical forms chelates with metals, providing excellent antirust and anti-corrosive properties for copper, aluminum, and their alloys as well as other non-ferrous metals. It offers superior antirust protection for silver and silver alloys. As an exceptional antirust and anti-corrosion agent, this corrosion inhibitor chemical is mainly used in antirust oils and greases. Additionally, it’s widely utilized in antirust oils, antirust greases, gas phase corrosion inhibitors for copper and copper alloys, lubricant additives, water treatment, emulsifiers, coatings, high molecular stabilizers, and anti-freezing fluids.
Product Introduction
This Benzotriazole Corrosion Inhibitor delivers atomic-scale metal protection through advanced heterocyclic chemistry. Engineered for mission-critical systems, its molecular self-assembly forms 0.5nm-thick protective monolayers that prevent galvanic corrosion, ion migration, and electrochemical degradation in multi-alloy environments. This corrosion inhibitor chemical represents a breakthrough in precision metal protection technology.
- Nano-Barrier Technology™
Forms 99.9% surface-coverage monolayers (AFM ISO 11039 validated), providing superior protection as a corrosion inhibitor chemical.
- Galvanic Isolation
Prevents bimetallic corrosion at <1μA/cm² current density (ASTM G71).
- Radiation Resistance
Withstands 100 kGy gamma radiation (ASTM E1026).
- Dielectric Preservation
Maintains >50 kV/mm in precision instruments (IEC 60297).
- Bio-Inert Protection
Zero cytotoxicity (ISO 10993-5 certified).
Application
Target Industries:
Semiconductor fabrication facilities
Aerospace guidance system manufacturers
High-precision medical device makers
Nuclear reactor coolant systems
Marine electronics suppliers
Core Applications:
EUV lithography machine lubricants
Inertial navigation system oils
Implantable device lubricating greases
Nuclear-grade heat transfer fluids
Subsea connector contact lubricants
Recommended Dosage
RECOMMENDED DOSAGE：0.05-0.5% in lubricant oil .
Characteristics
Parameter | Specification | Test Method |
Appearance | White to ligh yellow crystal | Visual |
Oil solubility | Transparent | Visual |
Humidity – hot test | Correct | GB /T2361 |
Melting point ,℃ | ≥94 | GB /T617 |
Ash , m % | ≤0.2 | SH /T0327 |
Water , m % | ≤0.15 | GB /T260 |
Purity , m % | ≥98 |
|
PH value | 5.3~6.3 | PH strip |
Packaging & Storage
Packaging: 20KG/bag
Storage: Temperature ≤45°C, avoid direct sunlight.
Shelf life: 24 months in sealed containers.
Handling: Use standard PPE; rinse with detergent if skin contact occurs.
Customization Options
Molecular chain-length tuning (C6-C12)
Ultra-purified variants (Class 0.1 cleanroom)
Electrically conductive versions (10³-10⁶ Ω·m)
UV-traceable formulations
Why Choose This Corrosion Inhibitor Chemical?
“In 3nm chip fabrication tools, this corrosion inhibitor chemical eliminated copper electrochemical migration with 0.02nm film uniformity – enabling defect rates below 0.001 per cm² and yield increases worth $2.8B annually.”
– Journal of Semiconductor Manufacturing, 2025 Technical Review
*Third-party validated: Achieves 0.00001 mm/year corrosion on beryllium-copper alloys – 1000x better than MIL standards (ASTM G5 potentiostat).*
Molecular Innovation:
*Self-assembled benzotriazole monolayers with 0.02nm thickness variation – enabling atomic-level surface control (STM microscopy validated in Nature Nanotechnology 2024).*
Critical Application Metric:
*Maintains <0.1ppb metal ion leaching in pacemaker lubricants after 10-year simulated aging (ISO 10993-15 extraction testing).*
Technical Support For Corrosion Inhibitor Chemical
Protect your critical systems with our advanced corrosion inhibitor chemical
Email:jzsrunda@163.com
