Farben-Blog

Im Jahr 2020 mussten Hersteller ihre Arbeitsweise überdenken. Denn weltweit sorgte die COVID-19-Pandemie für ein Verbot von Reisen, die zur Freigabe von Prototypen notwendig sind, und verzögerte die Lieferung physischer Proben. Aus diesem Grund suchten viele Markenartikler nach Möglichkeiten zur Verwendung digitaler Farbproben, um die Produktion am Laufen zu halten, konnten jedoch nicht simulieren, wie eine Farbprobe auf einem Prototyp aussehen würde.   Die Desktop-...

Whether you work with plastics, coatings or textiles, you must consistently achieve in-tolerance color or your product could be rejected before it even makes it to the shelf or showroom.     This is especially true for brands that rely on off-site suppliers and manufacturers for raw materials and parts that come together at assembly, such as the plastic dashboard, fabric seats, and coated interior panels of a car. Even if each site produces in-tolerance color, it must be monitored an...

Spectrophotometers are color measurement devices that measure color to ensure it remains consistent from the time it’s specified until final quality check. They can be used to measure everything from liquids and plastics to paper, metal, and fabrics for just about every industry.   Here Are Our Top Spectrophotometer Picks for 2019.   Best Spectrophotometer to Create Digital Standards Using a digital standard is the most accurate way to specify and communicate color, des...

Are you wasting too much time and money on incorrect color? Even if you use the best color measurement tools available, your color will still fail without quality control. Quality control (QC) means verifying the color you specify is the same color you manufacture, throughout production. Setting up a QC program can help you accurately communicate color with clients and suppliers, inspect raw materials before you begin working, and verify your color is correct before you ship.   Five Impor...

Benchtop spectrophotometers measure in either transmission or reflectance mode to capture and quantify color on various opaque, transparent, and translucent samples, including glass, liquid, fabric, and plastic. Today we’ll explain the difference between transmission and reflectance measurements so you can determine which benchtop will meet your color measurement needs.  Transmission vs. Reflectance Measurements Both transmission and reflectance spectrophotometers emit all of the wav...

Appearance is more than simply color. It’s a comprehensive look at everything inherent to each unique material we come in contact with, including texture, gloss, transparency, and special effects. Each of these characteristics plays a part and has an effect on overall appearance and understanding in relation to a single material. Objects may have several elements that affect appearance, such as the material’s surface texture, construction, overall geometry and micro-surface. The environ...

We frequently get calls from customers who can’t figure out why their measurements vary, even when they’re using maintained devices. Why would a sample read one way one day, then slightly different another? Many times the culprit is thermochromaticity, and it becomes an even bigger problem as the seasons change. Every kind of material changes color with temperature. These changes cause the material to exhibit a shift in reflected wavelengths of light, which can alter our perception....

Did you read our blog: Are You Using The Right Tolerancing Method? If not, check it out. Today we’re taking the topic one step further to investigate how tolerances are chosen in different industries. A pass-fail tolerance is the amount of color variation that is considered commercially acceptable. In part, tolerances are driven by customer expectations. While color tolerances are very tight in the automotive, plastics, and paint & coatings worlds, they can be much less strict in other...