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Drop counter Surface tension meter JIS K-3362 compliant
This is a glass droplet counter (tensiometer) compliant with JIS K-3326, widely used for analysis and research.
Easy, convenient, and quick measurement! A capillary rise method tensiometer that can measure with a very small amount of sample.
The "Dyne Gauge, DG-1" is a surface tension meter based on the capillary rise method. By applying an ultra-hydrophilic inorganic film to the inner wall, it enables highly accurate measurements. This special coating has excellent anti-fouling properties and a high self-cleaning ability through running water. With just a small amount (a few μL) of sample, anyone can easily and quickly perform measurements, achieving a lower price compared to conventional surface tension meters. 【Features】 ■ Easy and quick measurements that anyone can perform ■ Excellent portability, allowing for rapid measurements in the field ■ Measurement possible with a very small amount (a few μL) of sample ■ Lower price compared to conventional surface tension meters *For more details, please refer to the PDF document or feel free to contact us.
A surface tensiometer widely used in research and development, as well as quality control.
The capillary rise method surface tension meter "Surfgauge Dyne Gauge, DG-1" enables accurate measurements by applying an ultra-hydrophilic inorganic film to the inner wall. This special coating possesses high anti-fouling capabilities and excellent self-cleaning abilities through flowing water. The main reasons why the capillary rise method has not been commercialized until now are: - The sample does not completely wet the inner wall of the capillary, preventing the liquid from rising to a sufficient height. - Due to its narrow tube design, cleaning after measurement is difficult. Our product solves these issues with its special coating, allowing anyone to easily and quickly perform measurements. 【Features】 ■ Excellent portability, enabling quick measurements on-site ■ Measurement possible with very small sample volumes (a few μL) ■ Lower cost compared to traditional surface tension methods *For more details, please refer to the catalog or feel free to contact us.
