KRÜSS Scientific Bubble Pressure Tensiometer BP100

Description
The BP100 Bubble Pressure Tensiometer analyzes the mobility of surfactants based on the dynamic surface tension (SFT). This allows you to find out how quickly surface-active substances such as detergents or wetting agents achieve the required reduction of the SFT. With the help of this information, you can optimize formulations for dynamic processes such as spraying, coating, printing, or cleaning. Applications Use of surfactants in spray processes Formulation and optimization of detergents for washing and cleaning processes Wetting agents for coating and printing Surfactant research and development
Datasheet
Description
The BP100 Bubble Pressure Tensiometer analyzes the mobility of surfactants based on the dynamic surface tension (SFT). This allows you to find out how quickly surface-active substances such as detergents or wetting agents achieve the required reduction of the SFT. With the help of this information, you can optimize formulations for dynamic processes such as spraying, coating, printing, or cleaning. Applications Use of surfactants in spray processes Formulation and optimization of detergents for washing and cleaning processes Wetting agents for coating and printing Surfactant research and development
Datasheet

Suppliers

Company
Product
Description
Supplier Links
Bubble Pressure Tensiometer - BP100 - KRÜSS Scientific
Matthews, NC, United States
Bubble Pressure Tensiometer
BP100
Bubble Pressure Tensiometer BP100
The BP100 Bubble Pressure Tensiometer analyzes the mobility of surfactants based on the dynamic surface tension (SFT). This allows you to find out how quickly surface-active substances such as detergents or wetting agents achieve the required reduction of the SFT. With the help of this information, you can optimize formulations for dynamic processes such as spraying, coating, printing, or cleaning. Applications Use of surfactants in spray processes Formulation and optimization of detergents for washing and cleaning processes Wetting agents for coating and printing Surfactant research and development

The BP100 Bubble Pressure Tensiometer analyzes the mobility of surfactants based on the dynamic surface tension (SFT). This allows you to find out how quickly surface-active substances such as detergents or wetting agents achieve the required reduction of the SFT. With the help of this information, you can optimize formulations for dynamic processes such as spraying, coating, printing, or cleaning.

Applications

  • Use of surfactants in spray processes
  • Formulation and optimization of detergents for washing and cleaning processes
  • Wetting agents for coating and printing
  • Surfactant research and development
Supplier's Site Datasheet

Technical Specifications

  KRÜSS Scientific
Product Category Property Testing Equipment
Product Number BP100
Product Name Bubble Pressure Tensiometer
Methods, Technology & Standards Bubble Pressure
Unlock Full Specs
to access all available technical data

Similar Products

JOAP Certified Elemental Analyzer - SpectrOil M/N-W - AMETEK Spectro Scientific
Specs
Methods, Technology & Standards ASTM Standard Test Method D6595
Properties Analyzed Wear / Abrasion
Test Media Fuel / Fuel Materials
View Details
Manual Densometers - 4110N - Gurley Precision Instruments
Gurley Precision Instruments
Specs
Properties Analyzed Texture Analysis; Absorption / WaterAbsorption; Densometry / Pore Size
Test Media Textiles; Paper
Mounting / Loading Options Process Line Mounted for Continuous Monitoring
View Details
MFR Melt Flow Testing Machine -  - Haida International Equipment Co., Ltd.
Haida International Equipment Co., Ltd.
Specs
Properties Analyzed Melt Flow Index (MFI)
Test Media Polymers/Organics
Mounting / Loading Options Benchtop or Laboratory
View Details
Automatic Tensiometer - DY-500 - CSC Scientific Company, Inc.
CSC Scientific Company, Inc.
Specs
Properties Analyzed Surface Energy / Tension; Wettability / Contact Angle
Test Media Chemicals; Petroleum
Display & Special Features PC Interface / Networkable
View Details