SiNDA 0022

Achieve the ideal balance between shear stability, thickening efficiency, and formulation flexibility with SiNDA 0022, a balanced Olefin Copolymer (OCP) Viscosity Index Improver supplied by SiNDA through qualified international manufacturing partners for advanced automotive and industrial lubricant formulations.

22
High
25kg bags
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Product Overview

Modern lubricant manufacturers require viscosity index improvers that provide dependable viscosity retention, efficient thickening performance, and formulation flexibility while maintaining competitive production economics. Selecting the correct polymer technology is essential for developing lubricants that deliver stable performance across changing temperatures, mechanical loads, and extended operating conditions.

SiNDA 0022 is a balanced-performance Olefin Copolymer (OCP) Viscosity Index Improver supplied by SiNDA through qualified international manufacturing partners. Designed for lubricant manufacturers seeking an optimized combination of shear stability, thickening efficiency, and cost-effective formulation performance, this grade provides reliable viscosity control for a wide range of automotive and industrial lubricant applications.

With a typical SSI performance level of approximately 22, SiNDA 0022 is engineered to provide a balanced relationship between resistance to permanent viscosity loss and efficient viscosity improvement. This makes it suitable for manufacturers producing premium multigrade lubricants where both durability and formulation economy are important considerations.

The advanced ethylene-propylene copolymer structure of SiNDA 0022 improves the viscosity-temperature relationship of finished lubricants by supporting sufficient oil film strength at elevated temperatures while maintaining appropriate fluidity during lower-temperature operation when combined with suitable base oils and additive systems.

Compatible with Group I, Group II, and Group III base oils, SiNDA 0022 provides excellent formulation flexibility for mineral, semi-synthetic, and synthetic lubricant products. Its reliable blending characteristics support efficient manufacturing processes, consistent batch quality, and simplified lubricant development across multiple product categories.

Through international sourcing capability, technical documentation support, and SiNDA commercial packaging solutions, SiNDA provides lubricant manufacturers with dependable access to high-quality OCP viscosity modifiers for regional and global markets.

Key Benefits

  • Balanced SSI performance for reliable viscosity retention
  • Efficient thickening capability
  • Improved viscosity index performance
  • Optimized polymer treat rates
  • Compatible with Group I, Group II, and Group III base oils
  • Suitable for premium automotive and industrial lubricants
  • Consistent supply through qualified manufacturing partners
  • Technical documentation and commercial support from SiNDA

Operational Applications

SiNDA 0022 is designed for lubricant manufacturers requiring a versatile OCP viscosity modifier for automotive and industrial lubricant formulations.

Typical applications include:

  • Passenger Car Motor Oils (PCMO)
  • Heavy-Duty Diesel Engine Oils (HDEO)
  • Fleet Engine Oils
  • SAE 10W-40 Engine Oils
  • SAE 15W-40 Engine Oils
  • Semi-Synthetic Engine Oils
  • Fully Synthetic Lubricant Formulations
  • Hydraulic Oils
  • Industrial Hydraulic Fluids
  • Industrial Gear Oils
  • Agricultural Equipment Lubricants
  • Construction Machinery Lubricants
  • Mining Equipment Lubricants
  • Marine Lubricants
  • General Industrial Lubricants

For fleet and commercial engine applications, SiNDA 0022 helps maintain lubricant viscosity during continuous operation and variable temperature conditions. Its balanced polymer design provides dependable performance without requiring the higher polymer cost associated with ultra-low SSI technologies.

For hydraulic and industrial applications, SiNDA 0022 supports stable viscosity behavior under pressure fluctuations and changing operating temperatures, contributing to reliable equipment performance.

Technical Overview

SiNDA 0022 features a balanced SSI performance level of approximately 22, providing a practical combination of mechanical shear resistance and thickening efficiency.

Its ethylene-propylene copolymer technology enables lubricant formulators to develop high-quality multigrade lubricants with:

  • Stable viscosity control
  • Reliable mechanical performance
  • Efficient polymer utilization
  • Flexible formulation options
  • Consistent production characteristics

The product is particularly suitable for lubricant manufacturers seeking a versatile viscosity modifier that performs effectively across automotive and industrial lubricant categories.

Performance Characteristics

Balanced Shear Stability

SiNDA 0022 provides an optimized balance between viscosity retention and formulation efficiency. Its SSI performance level allows lubricants to maintain designed viscosity characteristics during normal mechanical stress conditions.

Outcome:
Stable lubricant viscosity and dependable service performance.

Efficient Thickening Performance

The optimized OCP polymer structure provides effective viscosity improvement while maintaining practical treat rates for commercial lubricant production.

Outcome:
Improved formulation efficiency and controlled production economics.

Reliable Thermal Performance

SiNDA 0022 supports stable lubricant viscosity behavior during elevated operating temperatures when properly formulated with suitable base oils and additive systems.

Outcome:
Improved lubricant film protection and consistent performance under thermal stress.

Consistent Blending Performance

The product provides good solubility and blending characteristics with commonly used lubricant base oils, supporting efficient manufacturing operations.

Outcome:
Reduced production variability and improved batch consistency.

Broad Formulation Flexibility

SiNDA 0022 integrates effectively with modern additive packages used in automotive and industrial lubricant formulations.

Outcome:
Greater flexibility in developing multiple lubricant grades with a common viscosity modifier.

Compatibility & Limitations

SiNDA 0022 is compatible with lubricant formulations based on Group I, Group II, and Group III base oils and can be used with modern additive technologies including detergent, dispersant, antioxidant, anti-wear, and friction modifier systems after formulation validation.

The product is designed for applications requiring a balance between:

  • Shear stability
  • Thickening efficiency
  • Formulation economy
  • Reliable viscosity control

SiNDA 0022 may not be the preferred choice for highly specialized applications requiring extremely low SSI polymers, ultra-low viscosity engine oils, or racing lubricant formulations. Alternative polymer technologies should be evaluated based on specific performance requirements.

Final lubricant performance depends on:

  • Base oil selection
  • Additive package
  • Polymer dosage
  • Target viscosity grade
  • Operating conditions
  • Required performance standards

Selection Guidance

Selecting a viscosity index improver requires evaluating the complete lubricant formulation strategy, including performance requirements, production targets, and commercial objectives.

SiNDA 0022 is recommended for lubricant manufacturers seeking:

  • Balanced shear stability
  • Reliable viscosity retention
  • Efficient thickening performance
  • Flexible application across multiple lubricant grades
  • Competitive production economics

The product is particularly suitable for manufacturers producing:

  • 10W-40 passenger car oils
  • 15W-40 fleet engine oils
  • Hydraulic fluids
  • Industrial lubricants
  • Commercial multigrade formulations

When selecting SiNDA 0022, formulators should evaluate:

  • SAE viscosity requirements
  • Base oil quality
  • Mechanical shear conditions
  • Operating temperature range
  • Drain interval objectives
  • OEM specifications
  • Production efficiency requirements

Compliance & Standards

SiNDA 0022 is sourced from qualified international manufacturing partners and supplied under the SiNDA commercial brand with controlled documentation, packaging, and supply procedures.

Available documentation includes:

  • Technical Data Sheet (TDS)
  • Safety Data Sheet (SDS)
  • Certificate of Analysis (COA)
  • Batch Quality Documentation
  • Product Handling Guidelines
  • Export Documentation

SiNDA supports lubricant manufacturers with technical assistance, product selection guidance, and reliable international supply solutions.

Why Choose SiNDA

Unlike simple trading supply models, SiNDA focuses on providing complete commercial solutions including product sourcing, documentation, packaging, and customer support.

Key advantages include:

  • Access to qualified OCP manufacturing sources
  • Reliable international supply channels
  • SiNDA commercial packaging solutions
  • Technical documentation support
  • Flexible solutions for lubricant manufacturers and distributors
  • Export and logistics assistance

With available origins including Japan, South Korea, Singapore, and the USA, SiNDA supports customers seeking dependable viscosity modifier solutions for regional and international lubricant markets.

Industrial FAQ

What is SiNDA 0022?

SiNDA 0022 is a balanced Olefin Copolymer (OCP) viscosity index improver supplied by SiNDA through qualified international manufacturing partners.

What does SSI 22 mean?

An SSI level of approximately 22 indicates a balanced polymer grade designed to provide reliable resistance to permanent viscosity loss while maintaining efficient thickening capability.

What applications use SiNDA 0022?

SiNDA 0022 is used in passenger car motor oils, heavy-duty diesel oils, fleet lubricants, hydraulic fluids, and industrial lubricant formulations.

Is SiNDA 0022 compatible with Group II and Group III base oils?

Yes. SiNDA 0022 is compatible with Group I, Group II, and Group III base oils after proper formulation validation.

How is the optimum treat rate determined?

The recommended dosage depends on the target viscosity grade, base oil selection, additive package, and required finished lubricant performance. Laboratory validation is recommended before commercial production.

Show full description

TDS

Property Test Method Typical Value / Description
Product Name SiNDA 0022
Product Type Balanced 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 1,000–1,500 mm²/s
Flash Point (COC) ASTM D92 ≥210°C
Pour Point ASTM D97 ≤−18°C
Polymer Active Content Internal Method 9.0–12.0 wt.%
Thickening Efficiency Internal Method High
Shear Stability Index (SSI) ASTM D6278 (Reference Blend) 22 ± 3
Permanent Shear Stability ASTM D6278 Good
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 4.5–10.0 wt.%
Recommended Applications PCMO, HDEO, Fleet Engine Oils, SAE 10W-40 / 15W-40 Engine Oils, 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 0022 is a balanced Olefin Copolymer (OCP) Viscosity Index Improver supplied by SiNDA through qualified international manufacturing partners. With a typical SSI level of approximately 22, it delivers an optimized balance of shear stability, thickening efficiency, and reliable viscosity control for automotive and industrial lubricant formulations.

Need technical documentation, samples, formulation support, pricing, or RFQ assistance for SiNDA 0022?

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