1. Excellent high temperature resistance
Long term working temperature can reach 150 ℃ (ordinary NBR is only 100 ℃), short-term tolerance * * 180 ℃ * *, suitable for high temperature steam or hot oil environment.
2. Super strong oil resistance and chemical corrosion resistance
The tolerance to fuel, lubricating oil, hydraulic oil, and acid/alkali media is better than NBR, especially suitable for oils containing sulfur and extreme pressure additives.
3. Excellent anti-aging and ozone resistance
The hydrogenation structure significantly reduces double bonds, with UV and ozone resistance similar to EPDM, and extends outdoor service life by 3-5 times.
4. High mechanical strength and wear resistance
The tensile strength can reach over 30MPa, and the wear resistance is 50% higher than NBR, making it suitable for high-pressure compression scenarios.
5. Low temperature elasticity retention
The glass transition temperature (Tg) is as low as -40 ℃ (ordinary NBR is -20 ℃), and it still maintains flexibility in cold environments.
Main application areas
Automobile manufacturing and maintenance, food and pharmaceutical equipment, petrochemicals and energy, printing and coating industry, special industries
For example, working rolls or support rolls in cold/hot rolling mills, conveyor rolls or guide rolls on coating and plating production lines, conveyor rolls for cleaning and surface treatment, buffer rolls or guide rolls for stamping and forming, and conveyor rolls on continuous annealing production lines; High temperature printing, lithium battery separator coating, optical film coating, optical backplate coating, conductive silver paste coating, waterproof layer coating;
Hydrogenated nitrile rubber spokes, with their balanced heat resistance, oil resistance, and mechanical properties, have become an "all-around" choice in harsh industrial environments, especially in high-end fields such as automobiles and energy, which cannot be replaced. When selecting, it is necessary to strictly evaluate the type of medium, temperature range, and dynamic load conditions.
|