OECD TG 114: Viscosity of Liquids
Precise fluid characterization to drive industrial efficiency and regulatory compliance.
Viscosity is a fundamental physical property that dictates how a liquid flows, settles, and disperses. At Weshin Inspection Tech , we provide comprehensive viscosity determination services in strict accordance with OECD Test Guideline 114 (TG 114), catering to a wide array of chemical and industrial substances.
The Importance of Viscosity Determination
Accurate viscosity data is a prerequisite for both product safety classification and engineering excellence. It is essential for:
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Hazard Classification: Identifying potential aspiration hazards as required by GHS and REACH regulations.
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Performance Optimization: Ensuring the correct consistency for coatings, lubricants, and agricultural formulations (e.g., sprayability).
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Environmental Modeling: Predicting the spread and penetration rates of chemical spills in aquatic or terrestrial environments.
Our Testing Capabilities
Weshin Inspection Tech utilizes a suite of standardized methods to characterize both Newtonian and non-Newtonian fluids:
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Rotational Viscometry: Versatile measurement for complex fluids, allowing for the analysis of shear-dependent behavior.
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Capillary Viscometry: The gold standard for high-precision kinematic viscosity measurements of low-viscosity liquids.
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Falling Ball Method: Reliable analysis for transparent Newtonian liquids following the principle of terminal velocity.
Why Partner with Weshin Inspection Tech?
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Strict Temperature Regulation: We conduct measurements at standardized temperatures such as 20°C and 40°C using high-stability thermal baths to ensure reproducibility.
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Comprehensive Data Profiles: We report both dynamic viscosity ($mPa \cdot s$) and kinematic viscosity ($mm^2/s$), providing a complete picture of your product's flow properties.
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Regulatory-Ready Documentation: Our test reports are structured to meet the stringent requirements of international chemical authorities and quality management systems.
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