SiNDA 0015
Advanced polymer technology for lubricant manufacturers, SiNDA 0015 is a premium Low SSI Olefin Copolymer (OCP) Viscosity Index Improver supplied by SiNDA through qualified international manufacturing partners, delivering exceptional shear stability, viscosity retention, and efficient viscosity modification for premium lubricant formulations.
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Product Overview
Lubricant manufacturers require advanced polymer technologies to achieve stable viscosity performance across a wide operating temperature range. The selection of a suitable viscosity index improver is essential for developing multigrade lubricants with controlled viscosity behavior, efficient formulation performance, and long-term consistency.
SiNDA 0015 is a premium Low SSI Olefin Copolymer (OCP) Viscosity Index Improver supplied by SiNDA through qualified international manufacturing partners. Designed for lubricant formulators seeking maximum resistance to mechanical shear and improved viscosity retention, this polymer grade provides advanced viscosity control performance for demanding lubricant applications.
With an SSI level of approximately 15, SiNDA 0015 offers excellent resistance to permanent viscosity loss caused by mechanical stress. Its optimized ethylene-propylene copolymer structure enables lubricant manufacturers to develop high-performance multigrade formulations with improved viscosity stability and efficient polymer utilization.
Compared with higher SSI OCP grades, SiNDA 0015 provides enhanced shear stability, making it suitable for premium lubricant formulations where viscosity retention and formulation durability are key performance requirements.
The product is compatible with Group I, Group II, and Group III base oils, allowing lubricant manufacturers to develop mineral, semi-synthetic, and synthetic blend formulations with consistent viscosity characteristics.
Through reliable international sourcing, technical documentation, and SiNDA commercial packaging solutions, SiNDA provides lubricant manufacturers with dependable access to premium OCP viscosity modifier technology.
Key Benefits
- Premium low SSI technology (SSI level of approximately 15)
- Excellent resistance to permanent viscosity loss
- Improved viscosity retention under mechanical stress
- High viscosity index improvement capability
- Efficient polymer treat rates
- Compatible with Group I, Group II, and Group III base oils
- Suitable for premium multigrade lubricant formulations
- Consistent supply and technical documentation support
Operational Applications
SiNDA 0015 is designed for lubricant manufacturers producing advanced formulations requiring high shear stability and reliable viscosity control.
Typical applications include:
- Premium Passenger Car Motor Oil (PCMO) formulations
- Heavy-Duty Diesel Engine Oil (HDEO) formulations
- Synthetic blend lubricant formulations
- High-performance multigrade engine oils
- Hydraulic lubricant formulations
- Industrial lubricant formulations
- Gear lubricant formulations
- Extended-service lubricant applications
The polymer helps formulators achieve stable viscosity characteristics in finished lubricants designed for demanding automotive and industrial operating conditions.
Technical Overview
SiNDA 0015 is based on advanced ethylene-propylene OCP polymer technology developed to provide a high level of shear stability combined with efficient viscosity modification.
The polymer enables lubricant manufacturers to optimize:
- Viscosity-temperature performance
- Mechanical shear resistance
- Polymer utilization efficiency
- Finished lubricant consistency
Its low SSI characteristics make it suitable for applications where maintaining viscosity stability during service operation is a primary formulation objective.
Performance Characteristics
Low SSI Shear Stability
With an SSI level of approximately 15, SiNDA 0015 provides excellent resistance to permanent polymer breakdown under mechanical stress.
Benefit:
Improved viscosity retention in finished lubricant formulations.
Efficient Viscosity Modification
The optimized OCP structure provides effective viscosity index improvement while maintaining practical polymer treat rates.
Benefit:
Flexible formulation development and improved production efficiency.
Stable Temperature Performance
SiNDA 0015 supports stable viscosity behavior across changing operating temperatures when properly formulated with suitable base oils.
Benefit:
Consistent lubricant performance across different operating conditions.
Base Oil Compatibility
SiNDA 0015 is compatible with:
- Group I Base Oils
- Group II Base Oils
- Group III Base Oils
Benefit:
Broad formulation flexibility for lubricant manufacturers.
Compatibility & Limitations
SiNDA 0015 is designed for lubricant formulations based on Group I, Group II, and Group III base oils, including mineral, semi-synthetic, and synthetic blend lubricant systems.
Recommended compatibility evaluation should consider:
- Base oil selection
- Target viscosity grade
- Polymer concentration
- Final lubricant performance requirements
For highly specialized formulations such as ultra-low viscosity lubricants or applications requiring alternative polymer technologies, additional formulation evaluation may be required.
Selection Guidance
SiNDA 0015 is recommended for lubricant manufacturers seeking:
- Maximum shear stability
- Improved viscosity retention
- Premium OCP polymer performance
- Reliable formulation consistency
When selecting an OCP viscosity index improver, formulators should evaluate:
- Required SSI performance
- Target viscosity grade
- Base oil characteristics
- Desired finished lubricant properties
- Production requirements
For premium lubricant formulations requiring advanced viscosity control, SiNDA 0015 provides a high-performance polymer solution.
Compliance & Standards
SiNDA 0015 is supplied by SiNDA through qualified international manufacturing partners under controlled commercial and technical documentation procedures.
SiNDA supports lubricant manufacturers with reliable access to premium OCP viscosity index improver technology, providing the required documentation for technical evaluation, formulation development, and industrial procurement.
Available documentation includes:
- Technical Data Sheet (TDS)
- Safety Data Sheet (SDS)
- Certificate of Analysis (COA)
- Batch Quality Documentation
- Product Handling Guidelines
- Storage Recommendations
- Export Documentation
Each supplied batch is managed through appropriate quality verification procedures to support product consistency, traceability, and reliable customer evaluation.
Why Choose SiNDA
Selecting a viscosity index improver requires more than polymer availability. Lubricant manufacturers need consistent product quality, reliable supply, technical information, and a supplier capable of supporting long-term formulation requirements.
SiNDA provides premium OCP viscosity index improver solutions through qualified international manufacturing partners, supporting lubricant manufacturers with dependable polymer supply and technical assistance.
Key advantages include:
- Access to premium low SSI OCP technology
- Qualified international manufacturing sources
- Consistent product documentation
- SiNDA commercial packaging solutions
- Technical support for polymer selection
- Reliable supply solutions for Asia, Africa, and Middle East markets
- Flexible cooperation with lubricant manufacturers and distributors
By combining international sourcing capability, technical support, and controlled supply processes, SiNDA helps lubricant producers improve formulation consistency and develop high-performance lubricant products.
Industrial FAQ
What is SiNDA 0015?
SiNDA 0015 is a premium Low SSI Olefin Copolymer (OCP) Viscosity Index Improver supplied by SiNDA through qualified international manufacturing partners for lubricant manufacturers.
What is the main function of SiNDA 0015?
SiNDA 0015 is a polymer viscosity modifier designed to improve viscosity-temperature behavior, increase viscosity index performance, and reduce permanent viscosity loss caused by mechanical shear in finished lubricant formulations.
What does SSI 15 mean?
SSI 15 indicates a low SSI polymer grade designed to provide improved resistance to mechanical degradation and enhanced viscosity retention compared with higher SSI viscosity index improvers. Lower SSI values generally indicate better resistance to permanent viscosity loss under mechanical stress.
Which base oils are compatible with SiNDA 0015?
SiNDA 0015 is compatible with:
- Group I Base Oils
- Group II Base Oils
- Group III Base Oils
Compatibility should be confirmed through formulation testing according to the final lubricant requirements.
Which lubricant formulations can use SiNDA 0015?
SiNDA 0015 is suitable for lubricant manufacturers producing:
- Multigrade engine oils
- Heavy-duty lubricant formulations
- Hydraulic lubricants
- Industrial lubricants
- Synthetic blend lubricant formulations
How is the optimum treat rate determined?
The required polymer concentration depends on:
- Base oil viscosity
- Target SAE grade
- Desired viscosity index
- SSI requirements
- Finished lubricant performance targets
Laboratory formulation testing is recommended to determine the optimum treat rate.
TDS
| Property | Test Method | Typical Value / Description |
| Product Name | — | SiNDA 0015 |
| Product Type | — | Premium Low SSI Olefin Copolymer (OCP) Viscosity Index Improver Concentrate |
| Manufacturer | — | Qualified International Manufacturing Partner |
| Supplier & Distributor | — | SiNDA |
| Commercial Brand | — | SiNDA |
| Origin | — | Japan / South Korea / Singapore / USA (depending on supplied grade) |
| Packaging | — | SiNDA Commercial Packaging |
| Polymer Chemistry | — | Ethylene–Propylene Olefin Copolymer |
| Carrier Fluid | — | Refined Mineral Base Oil |
| Physical Appearance | Visual | Clear to Slightly Hazy Amber Viscous Liquid |
| Color | ASTM D1500 | ≤ 3.0 |
| Density @15°C | ASTM D4052 | 0.865–0.885 g/cm³ |
| Kinematic Viscosity @100°C | ASTM D445 | 1,150–1,600 mm²/s |
| Flash Point (COC) | ASTM D92 | ≥210°C |
| Pour Point | ASTM D97 | ≤−21°C |
| Polymer Active Content | Internal Method | 10.0–12.0 wt.% |
| Thickening Efficiency | Internal Method | High |
| Shear Stability Index (SSI) | ASTM D6278 (Reference Blend) | 15 ± 3 |
| Permanent Shear Stability | ASTM D6278 | Good |
| Mechanical Stability | Internal Evaluation | Pass |
| Thermal Stability | Internal Evaluation | Stable under recommended formulation conditions |
| Oil Solubility | Internal Compatibility Test | Pass |
| Base Oil Compatibility | — | Compatible with Group I, Group II & Group III Base Oils (validation recommended) |
| Storage Stability | Internal Method | No separation or gel formation |
| Recommended Treat Rate | Formulation Guideline | 4.0–10.0 wt.% |
| Recommended Applications | — | Premium PCMO, HDEO, Multigrade Engine Oils, Synthetic Blend Lubricants, Hydraulic Fluids, Industrial Lubricants |
| Recommended Blending Temperature | Process Guideline | 80–110°C |
| Storage Temperature | — | 5–40°C |
| Shelf Life | Original Sealed Container | 24 Months |
Final Technical Summary
SiNDA 0015 is a premium Low SSI Olefin Copolymer (OCP) Viscosity Index Improver supplied by SiNDA through qualified international manufacturing partners. With a typical SSI level of approximately 15, it provides excellent shear stability, viscosity retention, and efficient viscosity modification for premium automotive and industrial lubricant formulations.
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