BYK-Gardner USA, known for its quality control solutions in various industries, has introduced a new product line of cone and plate viscometers. These viscometers are designed to provide precise and consistent viscosity testing results for a wide range of applications.
The new byko-visc CP Cone and Plate viscometers come in both high-temperature and low-temperature models, each equipped with Lite firmware options for added convenience. They feature a direct drive motor and electronic cone lift, ensuring accuracy in measurements. These viscometers require only small sample volumes and can handle high shear rates, making them ideal for obtaining absolute viscosity values.
With over twenty years of experience in providing quality instruments, BYK-Gardner USA has now ventured into manufacturing its own line of viscometers. The new product range includes models suitable for different temperature ranges, along with fixed speed options and additional cones for versatility. Users can expect the same user-friendly interface that BYK-Instruments are known for.
What sets the byko-visc CP Cone & Plate viscometers apart is the commitment to quality, design, and engineering that goes into each unit. These technologically advanced instruments are accurate, repeatable, and easy to use, making them a valuable investment for businesses in need of reliable viscosity testing solutions.
According to Dr. Sebastian Wagner, PTE Product Manager at BYK-Gardner GmbH, choosing BYK-Instruments means not just purchasing a product but investing in ongoing support, service, and knowledge. The company aims to make the testing process easy and efficient for customers, ultimately providing the best value for their money in the market.
In conclusion, the new byko-visc CP Cone & Plate viscometers from BYK-Gardner USA offer a combination of advanced technology, precision, and user-friendliness for viscosity testing needs. With a focus on quality and customer support, these viscometers are set to provide reliable and accurate results for various industries.