Oppera™ 735
- Aromaticity (%): -
- Color - Initial (YI): -
- Softening Point (°F): -
Navigate to
The Tire is the most complex composite in mass production, most complex component on a vehicle. Oppera ™ versus other additives improves compound properties, enables more flexibility and efficiency in compound development. Oppera™ provides a good balance between Tread Wear , Rolling Resistance, and Wet Traction.
Oppera™ outperforms conventional additives by significantly enhancing compound properties. Oppera™ unlocks greater flexibility and efficiency in compound development—empowering formulators to innovate with confidence.
For PP film, Oppera™ polymer modifiers can enhance quality with improved barrier, stiffness and opacity properties while enabling better processability and reduced raw material usage for film producers.
Industries & applications
Oppera™ tire tread resins
Key benefits
Enhanced Wet Traction
- Oppera resins deliver superior wet grip for summer low-rolling-resistance treads and high-performance tires (HPT).
- Safety is improved for all-season tires by boosting traction on wet surfaces.
Lower Rolling Resistance
- In HPT applications, Oppera resins reduce rolling resistance, contributing to improved fuel efficiency for internal combustion engine (ICE) vehicles and extended range for electric vehicles (EVs).
- All-season tires benefit from customizable rolling resistance through various resin grades.
Improved Wear Resistance
- By increasing the compound’s storage modulus (G’), Oppera resins help minimize irregular wear and enhance cornering stability.
- Optimized tread wear resistance leads to longer-lasting tires.
All-Weather Performance
- Consistent performance across conditions: Reduced irregular wear supports reliable traction in wet and winter environments.
- Winter-specific solutions: Oppera PR373 and PR383 are engineered to enhance ice and snow grip in winter tire formulations.
Oppera™ film modifiers
Processing benefits
- Extrudability: A reduced melt viscosity to lower stretch/orientation temperatures to enables production with enhanced melt flow, by reducing power consumption
- Thin film capability: Possibility for smooth extrusion of difficult polymers with fewer films breaks interrupting operations, while stiffer film that offers downgauging opportunities
- Stretchability: better film orientation for easier processing, optimized throughout and reduced waste
- Machinability: Improved machinability during challenging converting operations
- Barrier protection: improves shelf life and product freshness
- Twist retention: offers excellent candy wrap performance and improved deadfold characteristics
- Sealability: lower temperature seal for faster line operating speeds, energy efficiency and less heat degradation of films
- Shrinkage: allows tight overwrap
- Transparency: enhanced optical properties with lower haze with high gloss
- A proven track record of cleanliness and consistency
Product portfolio
Showing 1-12 of 12 results
Oppera™ PR 100A (AM)
- Aromaticity (%): -
- Color - Initial (YI): 1.2
- Softening Point (°F): 279.9
Oppera™ PR 100N (EU)
- Aromaticity (%): -
- Color - Initial (YI): 0.4
- Softening Point (°F): 283.3
Oppera™ PR 110
- Aromaticity (%): -
- Color - Initial (YI): -
- Softening Point (°F): -
Oppera™ PR 120 (EU)
- Aromaticity (%): -
- Color - Initial (YI): 0.2
- Softening Point (°F): 256.3
Oppera™ PR 120
- Aromaticity (%): -
- Color - Initial (YI): 0.2
- Softening Point (°F): 256.3
Oppera™ PR 140
- Aromaticity (%): -
- Color - Initial (YI): -
- Softening Point (°F): 218.1
Oppera™ PR 373 (EU)
- Aromaticity (%): -
- Color - Initial (YI): -
- Softening Point (°F): -
Oppera™ PR 373
- Aromaticity (%): -
- Color - Initial (YI): -
- Softening Point (°F): -
Oppera™ PR 374 (EU)
- Aromaticity (%): -
- Color - Initial (YI): -
- Softening Point (°F): -
Oppera™ PR 383
- Aromaticity (%): 9.6
- Color - Initial (YI): -
- Softening Point (°F): 217.4
Oppera™ PR 395
- Aromaticity (%): 9.9
- Color - Initial (YI): -
- Softening Point (°F): 244.0
| Grade Name | Aromaticity (%) | Color - Initial (YI) | Softening Point (°F) | Product Data Sheet (PDS) | Sales Specification Sheet | Safety Data Sheet (SDS) |
|---|---|---|---|---|---|---|
| Oppera™ 735 | - | - | - | - | ||
| Oppera™ PR 100A (AM) | - | 1.2 | 279.9 | |||
| Oppera™ PR 100N (EU) | - | 0.4 | 283.3 | |||
| Oppera™ PR 110 | - | - | - | - | - | |
| Oppera™ PR 120 (EU) | - | 0.2 | 256.3 | |||
| Oppera™ PR 120 | - | 0.2 | 256.3 | |||
| Oppera™ PR 140 | - | - | 218.1 | |||
| Oppera™ PR 373 (EU) | - | - | - | |||
| Oppera™ PR 373 | - | - | - | |||
| Oppera™ PR 374 (EU) | - | - | - | - | ||
| Oppera™ PR 383 | 9.6 | - | 217.4 | |||
| Oppera™ PR 395 | 9.9 | - | 244.0 |
Featured resources
Cost effective, enhanced peeling strength solution for surface protective films
Oppera™ modifiers can be used as hydrocarbon resin (HCR) in the adhesive layer, bringing potential of peeling strength improvement and lower material cost.
Related products & solutions
EPDM rubber
ExxonMobil EPDM rubber offers outstanding heat, weather, and ozone resistance, making it ideal for durable, high-performance applications in automotive, construction, and industrial markets.
Polymer Modifiers
ExxonMobil’s polymer modifiers help to improve performance and processability of films, compounds, nonwovens and molded/extruded products.