SiNDA 0036
SiNDA 0036 is a High Thickening Olefin Copolymer (OCP) Viscosity Index Improver supplied by SiNDA through qualified international manufacturing partners, delivering efficient viscosity modification, reliable shear stability, and consistent viscosity control for automotive and industrial lubricant formulations.
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Product Overview
Developing modern multigrade lubricants requires viscosity modifier technology capable of maintaining stable viscosity across varying operating temperatures while providing efficient polymer utilization and reliable formulation performance. Selecting the appropriate viscosity index improver enables lubricant manufacturers to optimize production efficiency, control formulation costs, and achieve consistent finished lubricant quality.
SiNDA 0036 is a High Thickening Olefin Copolymer (OCP) Viscosity Index Improver supplied by SiNDA through qualified international manufacturing partners. Designed for lubricant manufacturers seeking efficient viscosity modification and dependable shear stability, this polymer provides an effective solution for automotive and industrial lubricant formulations.
With an SSI level of approximately 36, SiNDA 0036 delivers a balanced combination of thickening efficiency and viscosity retention. Its optimized ethylene-propylene copolymer structure allows formulators to achieve target viscosity grades with practical polymer treat rates while maintaining stable viscosity characteristics throughout the intended operating temperature range.
Compatible with Group I, Group II, and Group III base oils, SiNDA 0036 supports the formulation of passenger car motor oils, heavy-duty diesel engine oils, hydraulic oils, industrial gear oils, and other multigrade lubricant formulations. Good solubility and blending performance contribute to consistent manufacturing processes and reliable batch-to-batch quality.
Through international sourcing capability, technical documentation, and SiNDA commercial packaging solutions, SiNDA provides lubricant manufacturers with dependable access to high-quality OCP viscosity modifier technology for regional and international lubricant markets.
Key Benefits
- High thickening efficiency
- Reliable shear stability (SSI 36)
- Efficient viscosity modification
- Optimized polymer treat rates
- Stable viscosity performance
- Compatible with Group I, Group II, and Group III base oils
- Suitable for automotive and industrial lubricant formulations
- Consistent product quality supported by technical documentation
Operational Applications
SiNDA 0036 is developed for lubricant manufacturers producing multigrade lubricants requiring efficient viscosity modification and dependable formulation performance.
Typical applications include:
- Passenger Car Motor Oil (PCMO) formulations
- Heavy-Duty Diesel Engine Oil (HDEO) formulations
- Multigrade Engine Oil formulations
- Synthetic Blend Engine Oil formulations
- Hydraulic Oil formulations
- Industrial Hydraulic Oil formulations
- Industrial Gear Oil formulations
- General Industrial Lubricant formulations
Its optimized polymer architecture supports lubricant formulators in achieving stable viscosity characteristics while maintaining efficient polymer utilization across multiple lubricant product categories.
Technical Overview
SiNDA 0036 utilizes advanced ethylene-propylene Olefin Copolymer (OCP) technology developed to provide high thickening efficiency together with dependable viscosity retention.
With an SSI level of approximately 36, the polymer offers a practical balance between shear stability, formulation flexibility, and production efficiency. It enables lubricant manufacturers to formulate multigrade lubricants with reliable viscosity control while optimizing polymer dosage.
Its compatibility with Group I, Group II, and Group III base oils makes SiNDA 0036 suitable for a wide range of automotive and industrial lubricant formulations.
Performance Characteristics
High Thickening Efficiency
SiNDA 0036 efficiently increases lubricant viscosity, allowing formulators to achieve target SAE viscosity grades using practical polymer treat rates.
Benefit
Improved formulation efficiency and optimized polymer utilization.
Reliable Shear Stability
The polymer provides dependable resistance to permanent viscosity loss caused by mechanical shear under normal operating conditions.
Benefit
Stable viscosity retention in finished lubricant formulations.
Consistent Temperature Performance
SiNDA 0036 supports stable viscosity behavior across varying operating temperatures when formulated with suitable base oils.
Benefit
Reliable viscosity performance throughout normal service conditions.
Excellent Formulation Flexibility
The polymer demonstrates good solubility in compatible Group I, Group II, and Group III base oils, supporting efficient blending during lubricant production.
Benefit
Improved manufacturing consistency and formulation flexibility.
Base Oil Compatibility
SiNDA 0036 is compatible with:
- Group I Base Oils
- Group II Base Oils
- Group III Base Oils
Benefit
Broad compatibility across automotive and industrial lubricant formulations.
Compatibility & Limitations
SiNDA 0036 is intended for lubricant formulations requiring efficient viscosity modification and high thickening performance.
The product is recommended for:
- Passenger Car Motor Oil formulations
- Heavy-Duty Diesel Engine Oil formulations
- Hydraulic Oil formulations
- Industrial Gear Oil formulations
- General Industrial Lubricant formulations
Final lubricant performance depends on base oil selection, polymer concentration, target viscosity grade, formulation design, and finished lubricant performance requirements. Laboratory validation is recommended before commercial production.
Selection Guidance
Selecting an OCP viscosity index improver requires balancing thickening efficiency, shear stability, formulation flexibility, and production economics.
SiNDA 0036 is recommended for lubricant manufacturers seeking:
- High thickening efficiency
- Efficient viscosity modification
- Reliable formulation performance
- Practical polymer treat rates
- Consistent production quality
When selecting SiNDA 0036, formulators should evaluate:
- Target SAE viscosity grade
- Base oil characteristics
- Required shear stability characteristics
- Operating temperature range
- Polymer dosage
- Finished lubricant performance objectives
For manufacturers producing multigrade engine oils, hydraulic oils, and industrial lubricants, SiNDA 0036 provides an efficient OCP polymer solution with balanced performance and formulation flexibility.
Compliance & Standards
SiNDA 0036 is supplied by SiNDA through qualified international manufacturing partners under controlled quality management and commercial supply procedures.
To support lubricant manufacturers throughout product evaluation, formulation development, and commercial procurement, SiNDA provides complete technical documentation and product support.
Available documentation includes:
- Technical Data Sheet (TDS)
- Safety Data Sheet (SDS)
- Certificate of Analysis (COA)
- Batch Quality Documentation
- Product Handling & Storage Guidelines
- Export Documentation
Each supplied batch is supported by appropriate quality verification procedures to ensure product consistency, traceability, and dependable technical evaluation.
Why Choose SiNDA
Selecting an OCP viscosity index improver requires more than choosing a polymer with good laboratory performance. Lubricant manufacturers also require consistent product quality, reliable supply, technical documentation, and responsive commercial support.
SiNDA supplies high-quality OCP viscosity index improvers through qualified international manufacturing partners, helping lubricant manufacturers develop reliable multigrade lubricant formulations with consistent production quality.
Key advantages include:
- Access to qualified international OCP manufacturing sources
- Consistent product quality and batch-to-batch performance
- SiNDA commercial packaging solutions
- Complete technical documentation
- Technical support for lubricant formulation
- Reliable supply across Asia, Africa, and the Middle East
- Flexible commercial support for lubricant manufacturers and distributors
By combining international sourcing capability, technical expertise, and dependable logistics, SiNDA supports lubricant producers with polymer solutions designed for efficient formulation development and reliable production.
Industrial FAQ
What is SiNDA 0036?
SiNDA 0036 is a High Thickening Olefin Copolymer (OCP) Viscosity Index Improver supplied by SiNDA through qualified international manufacturing partners for automotive and industrial lubricant formulations.
What is the primary function of SiNDA 0036?
SiNDA 0036 is designed to improve the viscosity-temperature characteristics of finished lubricants by providing efficient viscosity modification, high thickening efficiency, and reliable viscosity retention.
What does SSI 36 indicate?
An SSI level of approximately 36 represents a polymer grade designed to provide efficient thickening performance while maintaining dependable shear stability for multigrade lubricant formulations.
Which base oils are compatible with SiNDA 0036?
SiNDA 0036 is compatible with:
- Group I Base Oils
- Group II Base Oils
- Group III Base Oils
Compatibility should be verified during lubricant formulation development.
Which lubricant formulations commonly use SiNDA 0036?
Typical applications include:
- Passenger Car Motor Oil (PCMO)
- Heavy-Duty Diesel Engine Oil (HDEO)
- Multigrade Engine Oils
- Hydraulic Oils
- Industrial Gear Oils
- Industrial Lubricants
How is the optimum treat rate determined?
The required polymer dosage depends on:
- Base oil viscosity
- Target SAE viscosity grade
- Desired viscosity index
- Required shear stability
- Finished lubricant performance objectives
Laboratory formulation and performance testing are recommended to determine the optimum treat rate.
TDS
| Property | Test Method | Typical Value / Description |
| Product Name | — | SiNDA 0036 |
| Product Type | — | High Thickening 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 | — | Highly 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 | 950–1,450 mm²/s |
| Flash Point (COC) | ASTM D92 | ≥210°C |
| Pour Point | ASTM D97 | ≤−21°C |
| Polymer Active Content | Internal Method | 9.0–11.5 wt.% |
| Thickening Efficiency | Internal Method | High |
| Shear Stability Index (SSI) | ASTM D6278 (Reference Blend) | 36 ± 3 |
| Permanent Shear Stability | ASTM D6278 | Moderate to 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 | 5.0–11.5 wt.% |
| Recommended Applications | — | Passenger Car Motor Oil (PCMO), Heavy-Duty Diesel Engine Oil (HDEO), Multigrade Engine Oils, Hydraulic Oils, Industrial Gear Oils, 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 0036 is a High Thickening Olefin Copolymer (OCP) Viscosity Index Improver supplied by SiNDA through qualified international manufacturing partners. With a typical SSI level of approximately 36, it delivers efficient viscosity modification, high thickening efficiency, and reliable viscosity control for automotive and industrial lubricant formulations.
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