The point that shows a large resistance force among static friction is called the maximum static friction force.
In the field of interface science, there are interface phenomena that are very familiar to us in our daily lives, such as "wetting," "adhesion," "surface tension," "dispersion," and "emulsification." The resistance encountered when two solid surfaces in contact undergo relative motion is called "friction," and the force that arises during this process is referred to as "frictional force." Frictional force can be divided into static frictional force (static friction) and kinetic frictional force, where the former refers to the resistance until motion begins, and the latter refers to the resistance after motion has started. Additionally, the point within static friction that exhibits a significant resistance (the resistance just before motion begins) is called the maximum static frictional force. 【Products Suitable for Friction Measurement】 ■TSf-503 ■TSf-303 *For more details, please refer to the PDF document or feel free to contact us.
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Our contact angle meters and surface tension meters have a wealth of delivery records and publications. We also provide equipment related to interfaces, such as friction meters, zeta potential meters, adhesive film peeling analysis devices, and LB film production devices, contributing multifacetedly to our customers' research, development, and quality control. ★ We accept commissioned measurements. Our commissioned measurements utilize high-performance equipment, and dedicated measurement personnel handle everything from measurement to reporting. We strive to provide reliable data that serves as evaluation criteria for material assessment. - Static/Dynamic/Contact Angle (wetting properties, liquid repellency, cleaning evaluation, surface free energy analysis) - Static/Dynamic Surface and Interfacial Tension (permeability, emulsification, solubility, wettability, foaming) - Lamella Length (foam stability, coating pickup, liquid drainage, wicking evaluation) - Powder Wettability (wettability of powders, wettability due to surface treatment and roughness of powders, wettability evaluation based on powder penetration speed) - Static/Dynamic Friction Wear Analysis (friction wear, lubricity, stickiness, slip properties) - Tensile Testing (adhesion, angle dependence, light peeling, high-speed peeling) - Zeta Potential (particle size distribution, dispersion stability, aggregation, sedimentation) - Anti-fogging Evaluation (degree of fogging, transparency, condensation)