Water Contact Angle Measurement Equipment at Janis Mcgrath blog

Water Contact Angle Measurement Equipment. A contact angle gives us an indication of how well (or how poorly) a liquid will spread over a surface. If the water droplet spreads across the surface, resulting in a contact angle of less than 90°, the surface is considered hydrophilic. While formulating an ink, contact angles provide a useful indicator of how a modification to. Water contact angle measurements enable the determination of a surface’s hydrophilicity or hydrophobicity, which is often critical to assessing the success of surface treatments or cleaning processes. Here we show a method for measuring contact angles using materials and equipment found in a typical microfluidics lab. Simply place a droplet of water onto the sample and view it on the. This easy to use device quickly measures the contact angle of various substrates including papers, films and other thin materials.

Krüss G10 contact angle measurement system Gemini BV
from www.geminibv.com

A contact angle gives us an indication of how well (or how poorly) a liquid will spread over a surface. If the water droplet spreads across the surface, resulting in a contact angle of less than 90°, the surface is considered hydrophilic. Here we show a method for measuring contact angles using materials and equipment found in a typical microfluidics lab. While formulating an ink, contact angles provide a useful indicator of how a modification to. Water contact angle measurements enable the determination of a surface’s hydrophilicity or hydrophobicity, which is often critical to assessing the success of surface treatments or cleaning processes. This easy to use device quickly measures the contact angle of various substrates including papers, films and other thin materials. Simply place a droplet of water onto the sample and view it on the.

Krüss G10 contact angle measurement system Gemini BV

Water Contact Angle Measurement Equipment This easy to use device quickly measures the contact angle of various substrates including papers, films and other thin materials. A contact angle gives us an indication of how well (or how poorly) a liquid will spread over a surface. While formulating an ink, contact angles provide a useful indicator of how a modification to. Here we show a method for measuring contact angles using materials and equipment found in a typical microfluidics lab. This easy to use device quickly measures the contact angle of various substrates including papers, films and other thin materials. Water contact angle measurements enable the determination of a surface’s hydrophilicity or hydrophobicity, which is often critical to assessing the success of surface treatments or cleaning processes. Simply place a droplet of water onto the sample and view it on the. If the water droplet spreads across the surface, resulting in a contact angle of less than 90°, the surface is considered hydrophilic.

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