描述
Arkema RILSAN BMVO TLD PA11 Resin is a premium bio-based Polyamide 11 (PA11) injection molding grade manufactured from renewable castor oil resources. Developed for demanding automotive fluid management systems, this engineering resin combines outstanding chemical resistance, excellent toughness, low moisture absorption and long-term dimensional stability. The material is specifically formulated for precision molded components exposed to fuels, lubricants, hydraulic fluids and other aggressive automotive media.
Unlike conventional petroleum-based engineering plastics, Arkema RILSAN BMVO TLD PA11 Resin provides an excellent balance of mechanical strength, flexibility and environmental resistance while supporting sustainable manufacturing through its renewable PA11 chemistry. The grade is heat stabilized and light stabilized to maintain reliable performance under long-term service conditions, making it suitable for automotive, industrial and heavy-duty transportation applications.
Thanks to its low oligomer formulation and optimized processing characteristics, Arkema RILSAN BMVO TLD PA11 Resin offers consistent molding performance, excellent surface quality and reliable dimensional accuracy. It is widely selected for quick connectors, fluid fittings and engineering components requiring long service life and dependable sealing performance.
Shenzhen Ruiqing International Trade Co., Ltd. supplies original Arkema RILSAN BMVO TLD PA11 Resin with professional technical support, stable supply, worldwide shipping and complete product documentation.
Arkema RILSAN BMVO TLD PA11 Resin Key Features
- Bio-based Polyamide 11 produced from renewable castor oil
- Injection molding grade
- Excellent chemical resistance
- Outstanding fuel and oil resistance
- Heat stabilized
- Light stabilized
- Low oligomer formulation
- Low moisture absorption
- Excellent dimensional stability
- High toughness and impact resistance
- Suitable for precision automotive connectors
- Original Arkema factory packaging
Arkema RILSAN BMVO TLD PA11 Resin Typical Applications
- Automotive fluid connectors
- Quick connectors
- Fuel line fittings
- Heavy truck hydrogen and gas line components
- Industrial fluid transfer systems
- Pneumatic fittings
- Hydraulic connectors
- Precision injection molded engineering parts
- Industrial distribution systems
- High-performance engineering components
Arkema RILSAN BMVO TLD PA11 Resin Advantages
Arkema RILSAN BMVO TLD PA11 Resin is engineered for demanding connector applications where long-term sealing performance, dimensional stability and chemical resistance are essential. Compared with conventional PA6 and PA66 materials, PA11 provides significantly lower moisture absorption and superior resistance to fuels, hydraulic fluids and automotive chemicals. These advantages help reduce dimensional changes over time and improve service reliability in harsh operating environments.
Its bio-based PA11 chemistry also provides an environmentally responsible alternative without sacrificing engineering performance. Combined with heat stabilization, light stabilization and a low oligomer formulation, this grade delivers excellent processing consistency and long-term durability for automotive and industrial applications.
Related Products
- Arkema RILSAN FMNO PA11 Resin
- Arkema RILSAN BZM 8 O TL PA11 Resin
- Arkema RILSAN BESNO TL PA11 Resin
- Arkema RILSAN BESN BLACK TL PA11 Resin
- Arkema RILSAN BUM 30 BLACK PA11 Resin
Arkema RILSAN BMVO TLD PA11 Resin Typical Properties
| Property | Typical Information |
|---|---|
| Material | Polyamide 11 (PA11) |
| Grade | BMVO TLD |
| Product Form | Resin Pellets |
| Processing Method | Injection Molding |
| Color | Natural |
| Chemical Resistance | Excellent |
| Fuel Resistance | Excellent |
| Moisture Absorption | Low |
| Heat Stabilized | Yes |
| Light Stabilized | Yes |
| Low Oligomer | Yes |
Mechanical and Thermal Properties
| Property | Performance |
|---|---|
| Toughness | Excellent |
| Impact Resistance | Excellent |
| Dimensional Stability | Excellent |
| Chemical Resistance | Excellent |
| Fuel Resistance | Excellent |
| Oil Resistance | Excellent |
| Weather Resistance | Excellent |
| Long-Term Durability | Excellent |
Compliance Information
| Item | Status |
|---|---|
| Bio-based Material | Yes |
| Heat Stabilized | Yes |
| Light Stabilized | Yes |
| Low Oligomer | Yes |
| Original Factory Packaging | Available |
Processing Recommendations
Arkema RILSAN BMVO TLD PA11 Resin is designed for injection molding of precision engineering components. Drying the resin before processing is recommended to obtain optimum surface quality, dimensional accuracy and mechanical performance. Processing conditions should be optimized according to part geometry, mold design and production equipment. For automotive connector applications, prototype validation under actual operating conditions is recommended before mass production.
Arkema RILSAN BMVO TLD PA11 Resin FAQ
What is Arkema RILSAN BMVO TLD PA11 Resin?
It is a bio-based PA11 injection molding grade developed for automotive fluid connectors and precision engineering components.
Why is PA11 preferred for automotive connectors?
PA11 provides excellent resistance to fuels, oils and automotive chemicals while maintaining low moisture absorption and long-term dimensional stability.
What processing method is recommended?
Injection molding is the recommended processing method for this grade.
Is BMVO TLD suitable for hydrogen or gas line components?
Yes. It is suitable for demanding fluid management systems, including heavy truck hydrogen and gas line applications.
Is this grade heat and light stabilized?
Yes. The material is formulated with both heat and light stabilizers to improve long-term service performance.
Can original Arkema material be supplied?
Yes. Shenzhen Ruiqing International Trade Co., Ltd. supplies original Arkema factory packaged materials together with technical support.
Request Pricing and Product Documents
Contact Shenzhen Ruiqing International Trade Co., Ltd. to request pricing, lead time and technical support for Arkema RILSAN BMVO TLD PA11 Resin.
Disclaimer
The information provided above is for general reference only. Final material selection, processing parameters and product qualification should be verified according to the latest official Arkema technical documentation and the requirements of the intended application.
