Moisture analyzer shines in glass manufacturing applications: with glass being such an important part of our society, moisture analyzers have risen up to provide speed, accuracy and efficiency in the production process.
But what exactly goes into producing this incredibly useful material? It's a mixture of mostly silicon dioxide (sand) with some sodium silicate and calcium silicate thrown in for good measure.
It takes 10 tons of sand to make up one ton of glass. That's a lot of sand, and the quality of the sand must be just right. Too little moisture in the sand means more is needed, increasing the cost; while too much moisture in the sand can lower productivity and cause quality issues, also boosting expenses.
With the huge quantity of sand involved in glass production, it's critical to ensure that it always contains the correct amount of moisture. Adam Equipment's PMB 53 moisture analyzer is suited just for that purpose.
The instrument accurately and quickly analyzes the moisture content in sand in less than five minutes. And using the PMB 53 is easy. Simply place the specimen into the heating chamber and apply heat to the sample using the PMB's energy-efficient halogen lamp. The lamp evaporates moisture and calculates the amount of moisture weight loss to get the moisture content. After testing the moisture content of several batches of sand, it's simple to monitor and control the amount of sand going into the production of each batch of glass.
Lixia He, quality control manager of a leading glass manufacturer in Hebei, China, says her company uses the PMB 53 for numerous reasons--primarily speed, accuracy and efficiency in the production process.
"It's very easy to use, and we can quickly get accurate test results on our sand moisture content," she says. "More importantly, we are assured of the moisture content going into each batch. This tells us how much sand to use in production, so we're able to control the cost of our materials and maintain the quality of our glass at the same time."
A benefit of the PMB 53 is its ability to retain and store set-up information, saving the time and effort of having to re-enter the information in the next analysis. This is a handy feature, used widely in glass manufacturing. Often, glass companies run multiple PMB 53 units simul-taneously so they can quickly and expeditiously determine the moisture content of sand in large quantities, keeping production running smoothly and efficiently. That's especially important as the amount of sand used is enormous and the proportional specifications vary widely, depending on the type of glass being produced.
Numerous useful features include a bright backlit display that shows all of the data in one place. The USB port and RS232 cable interface make connecting with computers and printers a breeze. Its internal memory stores up to 99 test results, and additional test results can be stored quickly onto a flash drive or a computer. This helps users keep records close at hand, facilitating the sought-after consistency in the glass production process.
The PMB 53 boasts a capacity of 50 g and readability of 0.001 g/0.01 percent. Its pan lifter makes placing and changing samples fast and effortless. The large, circular heating chamber is designed for even heating with a single 400 W halogen lamp. Its ergonomic design has handles on both sides for easy access. Color-coded keys highlight important functions, and an intuitively designed keypad makes operation simple.
For more information, please contact Adam Equipment at www.adamequipment.com, or call 203-790-4774.
AT A GLANCE
* Adam Equipment's PMB analyzers measure the moisture content in sand in < 5 min.
* The analyzers boast speed, accuracy and efficiency.
* The PMB 53 series retains and stores set up information.
* Internal memory can store up to 99 test results.
by Adam Equipment, Inc., Danbury, Conn.
|Printer friendly Cite/link Email Feedback|
|Date:||Apr 1, 2012|
|Previous Article:||Integrating cell health analysis into everyday workflow: by making cell health analysis and analyzers simple and affordable, cell-based experiments...|
|Next Article:||Detector can be coupled to any liquid chromatograph.|