Antistatic epoxy flooring How to obtain smooth selfleveling with TUBALL™ MATRIX

>> YOUR LINK HERE: ___ http://youtube.com/watch?v=6p3bW552YlU

To learn more about TUBALL™ MATRIX Processing Guidelines or TUBALL™ MATRIX for ESD epoxy flooring, visit: https://tuball.com/additives/matrix/2... • To ask questions contact us: [email protected] • What do we need anti-static floors for? They can be used in ESD Protected Areas in electronics manufacturing, storage facilities, or the oil and gas industry. • A high viscosity of the formulation can negatively influence one of the key technological parameters for antistatic flooring compounds - its self-leveling ability. Self-leveling means the natural spreading of the liquid epoxy resin by gravity. • In this video we showed and discussed a few approaches for lowering the viscosity of antistatic flooring compounds containing TUBALL™ MATRIX to get a smooth surface: • adjustment of thixotropic and thickening agent concentration; • use of leveling additives; • use of viscosity reducing agents; • dilution with solvents. • The solutions and answers you will find in this video: • • How to get optimal self-leveling properties in formulations • • What are the approaches to lowering the viscosity of antistatic flooring compounds containing TUBALL™ MATRIX to get a smooth surface? • • How to find the balance between high viscosity and thixotropy of the formulation and get a smooth flooring surface and conductivity • • How to optimize viscosity in antistatic flooring compounds • • How to adjust thixotropic and thickening agent concentration in antistatic flooring compounds with TUBALL MATRIX combination • • How to use leveling additives in antistatic flooring compounds with TUBALL MATRIX combination • • How to use viscosity reducing agents in antistatic flooring compounds • • When to use dilution with solvents in antistatic flooring compounds? • • Is it possible to meet conductive and self-leveling properties? • • Is it possible to achieve electrical resistivity in the range of 10^4–10^6 Ω and provide dissipation of static charges? • • At what concentration of TUBALL MATRIX can a resistivity range of 10^6–10^8 Ω be achieved for flooring compounds? • • What are the key elements of the TUBALL MATRIX introduction process to pay attention to? • If you have faced a specific problem and want to get more detailed information, here are the simple steps to start working with OCSiAl: • • Contact your local representative (https://ocsial.com/en/contacts/?utm_s...) • • Discuss your project with our manager • • Choose the most relevant TUBALL™ MATRIX product (https://tuball.com/?utm_source=youtub....

#############################

New on site