Amine and epoxy compound condensation product

Description

Description

 Amine and epoxy compound condensation product is an excellent demulsifer with high degradability and water extration performances , which has better effect on the new  type of  lubricant degradation. And it has a huge  synergy effect together with dodecenylsuccinic acid.  

Application

This product is mainly used for gear oils, turbine oils, hydraulic oils, compressor oils and other kinds of lubricant oil which need to work together with water

Dosage

The recommended dosage is 0.005%-0.03%

The world’s leading lubricant additive R&D center | Science-driven, innovative excellence
Serving global markets: Russia | Middle East | Europe | America | Africa | South America | Southeast Asia

Shanghai Minglan Chemical Co., Ltd., we are not only a supplier of high-end lubricant additives, but also a promoter of innovation in the lubricant industry. Our laboratories and R&D centers are always at the forefront of technology, ensuring that every product meets the most demanding market requirements through continuous scientific research, formulation optimization and rigorous testing.

🔬 Experimental & R&D Core Competitiveness
1️⃣ World-leading laboratory capabilities
High-standard testing | Accurate data support | Extreme environment simulation

🔹 Engine simulation test (Sequence IIIH, IVB, VIE, VIF)
✅ Realistically reproduce engine operating conditions, evaluate cleanliness, wear resistance, low deposit generation, and optimize the long-term performance of lubricants.

🔹 High temperature (50°C+) & low temperature (-40°C) durability test
✅ Ensure the stability and fluidity of lubricants in environments such as high temperature in the Middle East, extreme cold in Russia, and high humidity in Southeast Asia.

🔹 Tribology & Anti-wear Test (Four-Ball, SRV, FZG)
✅ Test friction loss and metal contact protection, optimize the anti-wear performance of lubricants, and extend the service life of engines, gearboxes and industrial equipment.

🔹 Anti-oxidation & Shear Stability
✅ Evaluate the long-term stability of lubricants at high temperatures and high shear rates, extend oil change cycles, and improve fuel economy.

🔹 Environmental Protection & Low Emission Test (Low Ash & Fuel Economy)
✅ Develop low-ash environmentally friendly lubricants that meet API SP/GF-6, ACEA C series, GOST-R and other standards to help customers meet global emission regulations.

2️⃣ R&D system driven by cutting-edge technology
Scientific innovation | Precise formulation | Efficient implementation

✅ In-depth data analysis & AI-assisted R&D
🔹 Through big data analysis and AI calculation to optimize the formula, accurately predict the compatibility of different base oils and the final product performance, shorten the R&D cycle, and improve product competitiveness.

✅ Exclusive customized formulation service
🔹 Provide tailored lubricant additive solutions for different markets (such as high temperature in the Middle East, low temperature in Russia, and heavy load in South America) to help customers create unique competitive advantages.

✅ International certification support
🔹 Products meet global standards to ensure smooth entry into Europe, America, Russia, the Middle East and emerging markets.

✅ Joint R&D and technical cooperation
🔹 We not only provide products, but also provide in-depth technical cooperation, jointly develop new formulas with customers, support localized oil product upgrades, and enhance market competitiveness.

📌 Why choose Shanghai Minglan Chemical Co., Ltd.?
🔹 Scientific R&D driven – relying on advanced global laboratories to ensure the high performance, stability and reliability of each product.
🔹 International standard verification – API, ACEA, ILSAC, GOST-R and other global certification support to help products quickly enter the market.
🔹 Customized technical support – Provide precise formula adjustments for different market environments, so that your products can still maintain excellent performance under extreme working conditions.
🔹 Strong technical team – Led by industry experts, senior engineers and a team of doctors, we continue to promote the innovation of lubricant technology.

📩 Contact us now | Explore industry-leading lubricant additive solutions!
📧 Email: info@Lubeadditive.com

Amine and epoxy compounds can undergo a condensation reaction to form a condensation product. The reaction typically involves the amine reacting with the epoxy group to form a crosslinked network of polymers.

During the condensation reaction, the amine group (NH2) of the amine compound reacts with the epoxy group (C-O-C) of the epoxy compound to form an amine-epoxy adduct. This adduct is then further crosslinked through additional reactions, such as homopolymerization or copolymerization, to form a three-dimensional network.

Condensate of amine and epoxy compound in lubricating oil is a chemical additive that improves the performance and protection capabilities of lubricants. It is typically used in high-performance lubricating oils, such as engine oils and industrial lubricants.

The condensate is formed by reacting an amine compound with an epoxy compound, resulting in the formation of a complex chemical structure. This complex structure provides several benefits to the lubricating oil:

1. Improved film strength: The condensate enhances the lubricating oil’s ability to form a strong and durable film on the surface of moving parts. This helps reduce friction and wear, leading to improved engine or equipment performance and longevity.

2. High-temperature stability: The condensate enhances the thermal stability of the lubricating oil, allowing it to maintain its protective properties at high temperatures. This is especially important in applications where the lubricant is exposed to extreme heat, such as in high-performance engines.

3. Corrosion protection: The condensate acts as a corrosion inhibitor, preventing the formation of rust and other corrosive compounds on metal surfaces. This helps extend the lifespan of the lubricated components and reduces the risk of costly damage.

4. Oxidation resistance: The condensate helps prevent oxidation of the lubricating oil, which can lead to the formation of sludge and deposits. By inhibiting oxidation, the condensate helps maintain the cleanliness and stability of the lubricant, contributing to longer oil change intervals.

Overall, the condensate of amine and epoxy compound improves the performance and protection properties of lubricating oils, enhancing the longevity and efficiency of engines and equipment.