Sales hotline:+86 18602108228 / +86 15388009843
Colloidal Inorganic Salt Complex NANO-BORON 2050 g
Colloidal Inorganic Salt Complex NANO-BORON 2050 g
Product Name: NANO-BORON 2050G
Chemical composition: Colloidal inorganic salt complex containing boron, phosphorus, nitrogen, calcium, and zinc.
Category:
Keywords:
Colloid Compound
Product Overview
NANO-BORON 2050G is a multifunctional composite additive comprising colloidal inorganic salts of boron, phosphorus, nitrogen, calcium, and zinc. It features a small particle size, odorlessness, excellent high‑temperature stability, superior anti‑wear performance, and outstanding environmental compatibility. Under severe conditions such as high temperature and high pressure, the active inorganic salt solid lubricant within the product adsorbs onto metal surfaces, strengthening the oil film to prevent wear between friction pairs. Simultaneously, through synergistic interactions among its constituent components, it rapidly forms a dense, friction‑reducing chemical reaction layer on the contact surfaces, delivering exceptional anti‑wear protection. When used in combination with NANO-MOLY 2020G to address fretting wear and achieve long‑life lubrication, it enables reduced dosing while delivering enhanced performance. This product is widely applicable in premium greases—such as lithium‑based, complex lithium‑based, polyurea, and complex aluminum‑based formulations—significantly improving their load‑carrying capacity.
Performance Features
① Safe and non-irritating: odorless, non-irritating to skin and eyes, non‑contact toxic, non‑corrosive to metals, and compliant with EU technical requirements for imported additives.
② High dispersion efficiency: It can be easily dispersed into grease without the need for homogenization, effectively improving production efficiency.
③ Multi‑functional lubricity: Exhibits excellent extreme-pressure, anti‑wear, and friction‑reducing properties, along with self‑healing capabilities, thereby significantly enhancing the load‑carrying capacity of the grease.
④ Resistance to fretting wear: Under severe operating conditions, it rapidly forms a dense, friction‑resistant chemical reaction layer, effectively preventing wear and particularly well suited for addressing fretting‑wear issues.
⑤ Excellent inert compatibility: It does not disrupt the colloidal structure of greases and has no adverse impact on mechanical stability, colloidal stability, or other physicochemical properties, making it suitable for high‑end greases such as polyurea, lithium‑based, complex lithium‑based, and complex aluminum‑based formulations.
Scope of Application
It is suitable for high‑grade greases such as lithium‑based, complex lithium‑based, polyurea, and complex aluminum‑based formulations, as well as for demanding operating conditions involving high temperature and high pressure. It is particularly well‑suited for use in combination with NANO‑MOLY 2020G, effectively mitigating fretting wear, extending lubricant life, and significantly enhancing the grease’s load‑carrying capacity.
Recommended dosage
Grease: 3%–30%
Packaging Specifications
20L plastic drum, net weight 18 kg per drum.
Technical indicators
| Project |
Typical data |
Test method |
| Appearance |
White paste-like substance |
Visual estimation |
| Particle size, μm |
D90≤10 |
GB/T 19077 |
| Non-working penetration, 0.1 mm |
355 |
GB/T 269 |
| Boron content, % |
1.2 |
SH/T 0749 |
| Calcium content, % |
6.4 |
SH/T 0749 |
| Phosphorus content, % |
1.5 |
SH/T 0749 |
| Nitrogen content, % |
6.0 |
SH/T 0656 |
Note: The data listed in the table above are representative values under typical conditions.
Previous entry
Next episode
Previous entry
Next episode
Recommended Products
Free Sample Request
Please leave your contact information, and our specialists will get back to you as soon as possible!
Helpline
Corporate Email
Business Address
No. 123 Baiyang Road, Wangcheng Economic Development Zone, Changsha City, Hunan Province, China
Customer Message