Material Selection and Chemical Resistance: A Guide to Choosing the Right Sensor Materials
Selecting the right sensor materials is crucial to ensuring durability, performance, and chemical resistance in various applications. Whether you’re dealing with industrial process, medical equipment, or harsh environments, choosing the right sensor materials can make or break your project’s success. …
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FMCX Multi-Level Sensors: The Ideal Solution for Aggressive Chemistries
When it comes to liquid level sensors, 316 stainless steel is often the go-to material due to its excellent resistance to corrosion and long lifespan in many liquid environments. However, not all chemicals play well with stainless steel. For applications …
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Pump Level Control: The Secret to Stress-Free Fluid Management
Imagine never having to worry about overflows, dry-running pumps, or costly repairs. Pump level control brings you the peace of mind that your fluid systems are operating optimally, whether in an industrial plant, a farm, or your basement. Let’s explore …
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Continuous Ultrasonic Level Sensor Solutions
Custom Non-Invasive and Standard Ultrasonic Level Sensors SMD Sensors is using ultrasonic level sensors to design continuous liquid level detection solutions for tanks and bottles. These sensors mount on the top or bottom of a vessel and, by measuring the amount of …
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Virus Testing Tools Feature Bubble Sensors For Biochemical Applications
Experimental chemists, biologists, and medical scientists often seek to measure the presence of small molecules within their solutions. Doing so allows for testing a wide variety of different medical hypotheses. This important research depends on repeatable and highly accurate medical devices and analytical instruments. As fluid flows through these instruments, there is a potential for bubbles to form in the fluid. Bubbles may be caused by small leaks at connections or from outgassing if the device or instrument applies heat to the fluid.
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Why Measuring Moisture with Optical Sensors is Critical
Measuring Moisture with Optical Sensors We cover the topic of measurement quite a bit here on the blog. It’s an important factor in the operation of our sensors, however, in this post we wanted to focus specifically on the topic …
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Mass Weighing for Flow Rate Measurement
Fluid rate measurement can be done a number of ways. The method used typically depends on the fluid material that needs to be monitored. Measuring flow in tubes can be done through the use of various flow meter types including, …
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Disposable Capacitance Liquid Level Detector
Ultrasonic Capacitance Liquid Level Sensor Strain Measurement Devices has been hard at work engineering and designing new disposable sensors for each product line, offering contamination free and inexpensive sensors to help you with the monitoring in your application. The majority …
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Microfluidics Control and Critical Fluid Management
Microfluidics is the focus of precisely controlling the behavior and exploitation of fluids that are physically constricted to a small scale. The liquid has the ability to flow in narrow spaces without the assistance of any external forces, and because …
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How Optical Liquid Level Sensors Work
Optical Switch Sensors Successfully Operate Using Snell’s Law Snell’s Law is used to predict how a light beam will refract or change it’s direction when traveling from one substance to another. θ represents (left figure) the angle between the direction …
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Detect Liquid Levels Accurately & Effortlessly
Float Switches and Liquid Level sensors are used to determine the level of liquid present/absent in a container. Accurate, reliable, and often low costing, SMD Fluid Switch has a variety of sensors that can help your application to successfully run. …
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