Biobase Digital Viscometer BKU-1

Biobase Digital Viscometer BKU-1

The Biobase BKU-1 Digital Viscometer is a precision instrument designed to measure the viscosity of various fluids, with a particular focus on materials like paints, coatings, and similar products. Its advanced design allows users to obtain accurate and repeatable results in multiple units, including Krebs Units (KU), grams (gm), and centipoise (cP), providing flexibility for diverse testing requirements. The instrument is widely used in industrial production, quality control laboratories, and research facilities where monitoring viscosity is crucial for product performance and consistency.

Features

1. Clear LCD display that provides an easy-to-read interface, ensuring that measurement results are visible and understandable at a glance.

2. Specialized for testing paints and coatings, optimized for viscous fluids commonly used in manufacturing and quality control processes.

3. Advanced 16-bit MCU central control system for stable performance and reliable measurement results.

4. Multi-unit display capable of showing results in KU, gm, and cP for versatility in various applications.

5. High measurement accuracy to ensure precise readings for both industrial and laboratory use.

Technical Specifications

• Model: BKU-1

• Measurement range:

  • 40~141 KU

  • 32~1099 gm

  • 27~5274 cP

• Measurement accuracy: ±1% FS (Newtonian fluid)

• Repeatability: ±0.5% FS (Newtonian fluid)

• Rotation speed: 200 rpm

• Power supply: AC100~240V, 50/60Hz

• Package size (mm): 400 × 350 × 360

• Gross weight: 10 kg

Applications

The BKU-1 Digital Viscometer is suitable for various applications, including quality control in paint and coating production, laboratory testing of Newtonian fluids, research and development for product improvement, and monitoring viscosity changes during processing or storage.

Conclusion

The Biobase BKU-1 Digital Viscometer offers precision, durability, and ease of use, making it an essential tool for industries where viscosity control is vital. With its capability to provide accurate and repeatable measurements in multiple units, it supports both quality assurance and research needs. Its dedicated design for paints, coatings, and similar materials ensures consistent and reliable results, helping improve product quality and enhance manufacturing efficiency.