Overview
The La Pine Scientific 32060-02 is a Size 2 viscosity flow cup that delivers precise viscosity and flow measurements for paints, varnishes, inks, and similar fluids. As a reliable and portable viscosity measurement tool, this cup-style viscometer allows quality control technicians and lab professionals to assess liquid consistency quickly and accurately without complex equipment setup.
Key Features
- Size 2 configuration for specific viscosity range applications
- Durable construction designed for laboratory and field use
- Easy-to-use design requiring minimal operator training
- Rapid measurement capability with results in seconds
- Ideal for measuring paints, varnishes, coatings, and industrial fluids
- Portable for on-site quality control assessments
Technical Specifications
- Manufacturer: La Pine Scientific
- Part Number: 32060-02
- Size: Size 2
- Instrument Type: Viscosity Flow Cup / Viscometer
- Primary Measurement: Viscosity (efflux time method)
- Typical Application Range: Paints, varnishes, inks, coatings
- Measurement Method: Outflow time through orifice converted to centistokes (cSt)
- Standards Compliance: ASTM D5125 / ISO 2431
Typical Applications
Flow cups are essential tools in quality control across multiple industries. The La Pine Scientific 32060-02 is commonly used for:
- Paint and coating viscosity verification
- Ink consistency testing in printing operations
- Varnish and lacquer quality control
- Industrial fluid and adhesive viscosity assessment
- Field testing and in-process quality assurance
- Laboratory batch validation and formula consistency checks
Compatibility & Replacements
Compatible With
- ASTM D5125 standard testing protocols
- ISO 2431 flow cup measurement standards
- Paint and coating quality control systems
- Laboratory viscosity assessment workflows
Replaces / Drop-In Replacement For
Verify compatibility with your system integrator or quality control manager before ordering. The La Pine Scientific 32060-02 Size 2 is a specific model; confirm that Size 2 is the correct configuration for your existing testing procedures.
Works With
- Standard laboratory stopwatches for timing efflux
- Centistokes conversion formulas (cSt = K × outflow time – C/time)
- Temperature-controlled measurement environments (typically 20–25°C)
- Quality control documentation and batch record systems
