Introduction: The main technical indicators of this meter/interface tension meter still reach the standard of fully automatic basic type. Except that the test platform of the instrument is changed from automatic lifting to manual lifting (including fast and fine-tuning second gears), the test process is still automatic testing, calculation And display. Under the premise of ensuring technical indicators, it is an economical and practical product. Features: 1. The sensor is sensitive, high precision, LCD display; 2. Automatically read the surface tension balance value; 3. Manual lifting has two speed and fine adjustment gears, which is simple and reliable; 4. One key reset; 5. One-key calibration, with standard weights attached, accurate and fast; 6. The error caused by the instrument itself is small, and various errors in the measurement process can be controlled more effectively; 7. Using platinum plate method or platinum ring method, connected to a computer, optional real-time curve software: Can clearly show the tension rise or fall curve over time due to the presence of surfactants. It can display the curve and time of the tension value of the liquid interface of two different densities from low to large z, such as oil/water interfacial tension value. 8. Optional sample constant temperature cup, external constant temperature bath can control the temperature of the liquid to be measured. technical parameter: Product model BZY-4B Measurement method Platinum plate method (platinum ring method) Test range mN/m 0－200 Tare range mN/m 0－200 Resolution mN/m ±0.01 Standard error mN/m ±0.03 Repeatability ±0.03 Data display LED display Measuring time for low-concentration samples 3-5 seconds Platform lifting manual Platform lifting distance (mm) 16 fast, fine-tuning 18, fine-tuning 0.02 per grid Signal output interface RS232C Real-time curve software standard Sample temperature 0～110℃ Temperature sensor: PT:100 Power supply voltage: AC220V±10% Dimensions (mm): 300×190×400 Net weight (kg): 7
Application areas:
The basic function of a tensiometer is to test the surface tension and liquid-liquid interfacial tension of a liquid. Surfactants are widely used in various industries and have functions such as emulsification, solubilization, decontamination, and defoaming. The main application areas of surfactants are introduced as follows:
Petrochemical industry: oil-water interface testing; Oil product control; Determine the degree of oil aging during operation; Quality control of driving fluid
Printing industry: ink formulation development, wetting and adhesion of ink to printing substrates, quality control of pigment dispersion and dampening solution, product development and quality control
Paint and coating industry: dispersion of pigments, lubrication of film to substrate, leveling of adhesive coating, stability of lotion
Pharmaceutical and pesticide industries: improving drug dispersion, emulsification, wetting ability, optimizing formulations, and enhancing drug efficacy
Cleaning agent industry: analysis of surfactant emulsification, capacity expansion, cleaning effect, quality research and concentration selection of surfactants
Electroplating industry: Wettability of plating solution on substrate to prevent defects such as pinholes and dents, quality control of process drawings
Cosmetics industry: Analyze the dispersibility, stability, wetting properties, capacity expansion, thickening, dispersion, emulsification, and other effects of suspension agents and emulsifiers.
Textile industry: Fuel wettability analysis, adhesion case analysis, textile finishing fluid formula optimization
Food industry: surface finishing analysis of raw materials, wettability analysis, surface finishing analysis of packaging layers
Water treatment industry: water purification, sewage treatment, etc
Power industry: quality control of transformer oil and insulation oil, analysis of aging degree of operating oil
Bioengineering: Wettability, Adsorption, Degradation Analysis of Polymer Materials, and Biomaterials Engineering
Research Institute: Surface Material CMC Measurement; Development and research of new surfactants;
Colleges and universities: exploration of the application field of surfactants, research on surface adsorption theory, development of surface treatment technology, etc Applicable standards:
The fully automatic, automatic surface/interface tension meter produced by our factory is applicable to the following standards
JB/T9388-2002 "Interface Tension Meter Conditions"
GB/T6541-86 "Petroleum products - Determination of interfacial tension between oil and water using a circular ring method"
ISO1409-1995 "Surface Preparation of Plastic Rubber Polymer Dispersions and Latex for Determination"
GB/T22237-2008 "Surface active agents - Determination of surface tension using a surface tension meter"
GB11278-89 "Determination of critical micelle concentration of anionic and nonionic surfactants (ring method)"
GB/T18396-2001 "Determination of Surface Tension of Natural Latex by Ring Method"
SH/T1156-99 "Determination of Surface Tension of Synthetic Rubber"
