• Electric Fireplaces
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• Dimplex Electric Fireplaces
• Classic Flame Electric Fireplaces
• Entertainment Center Electric Fireplaces

If you are remodeling or restoring an old home, there are many choices for you to make. There are big projects such as complete kitchen remodels, adding an entirely new room onto the house, or making major changes to the existing structure such as removing walls or adding windows and doorways. There are small projects such as repainting rooms, hanging window treatments, and various other décor options. The possibilities for changing or reinventing your home are seemingly endless.

One easy and functional way to add some pizzazz to any room is by installing a fireplace. At first thought, adding a fireplace to a room may sound like a major structural challenge, but there is a very easy way to add a fireplace to any room without making any changes to the home’s structure. Selecting an electric fireplace is quite possibly the easiest way to go.

An electric fireplace is easy to install. You basically have to choose a location for the fireplace, make sure there is a power source, assemble the fireplace, then plug it in! An electric fireplace is a cost effective way to heat a room, especially considering the sky rocketing cost of various types of heating fuels in many regions of the country. An electric fireplace is also a lovely way to add some beauty and ambience to any room in your home. Almost everyone likes to curl up in front of a beautiful fire on a cold winter’s night.

When you begin to shop for an electric fireplace, you will find there are many styles and brands available on the market today. One very good option is the Dimplex brand of electric fireplace. Dimplex North America Limited has been manufacturing electric fireplaces in the North American market for residential, commercial, and industrial use for nearly twenty years. Dimplex is a trusted and respected brand of electric fireplace and you can feel confident about your electric fireplace purchase when you choose Dimplex.

Dimplex makes a variety of electric fireplaces for residential use for you to choose from. For example, there is the Dimplex Caprice electric fireplace model that comes in both a cherry and oak finish. This fireplace has an arts and crafts style and would look stunning in a Craftsman period home. These electric fireplace models feature a remote control device, black steel trim, and beautifully detailed woodwork. There is also the Dimplex Holbrook electric fireplace model. This model also features beautifully detailed woodwork and would be a perfect electric fireplace style for a Victorian period home. The Dimplex Holbrook model features clean, all electric operation with no venting required. Dimplex also offers a corner style electric fireplace model, the Oxford. The Oxford comes in oak, cherry, and white finishes. A corner style electric fireplace is a great solution for a hard to fit room or a room that does not have a lot of extra space. This is but a small sample of all of the wonderful electric fireplace options Dimplex has to offer. No matter what model you choose, you will be glad you chose Dimplex!

• Doctors Scales
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• Detecto Scales
• Health O Meter Scales
• Seca Scales
• Ohaus Scales
• Pelouze Scales
• Analytical Balances
• Moisture Analyzers

As exciting as the subject sounds, moisture analyzers serve a very important purpose in the field of scientific research. In many areas, moisture measurement is a key piece of data. Moisture content provides a lot of information in the right circumstance. Working with chemical compounds, grain, natural gas and some manufacturing processes require moisture measurements. A moisture analyzer is one of the best tools for making the measurement.

In the field of grain research, moisture is a very important data component. Researchers measure crop density per acre and moisture level to determine the health of the plant being grown. The moisture level reading tells the researchers how much water the plant is holding. A moisture curve graph is created by plant, with an optimum level of moisture determined. The measurement tells the researcher if the actual level of moisture is at the optimum level or if it is high or low. The researcher can change his growing practices depending on the data, giving the crop the proper amount of water. Grain measuring companies build moisture analyzers to measure moisture levels as the crop is harvested, allowing on-the-fly measurements in cases where large amounts of data are being collected.

When natural gas is mined, moisture levels are very important. The technicians involved in determining the quality of the gas must measure the moisture levels to determine how much gas is present per cubic foot, and how much moisture is contaminating the gas.

Several different types of moisture analyzers are available, depending on what you have to measure. Some moisture analyzers fire infrared light into the substance being measured, using feedback to measure the amount of moisture present. These are often used in the food, pharmaceutical, and chemical industries. Chilled mirrors are used to measure the content of moisture in gases. The gas is run over the mirror, which eventually fogs up. The temperature is measured when the fog appears, which allows the moisture content of the gas to be deduced. Electrolytic sensors are also used for gas moisture measurements. The gas is run through two windings that have an electric current running through them. The current consumption can be measured, which allows the researcher to deduce the moisture level. Spectroscopy allows a technician to send light through a gas and measure the wavelength of the light that comes out the other side. The wavelength allows the technician to calculate a moisture level. Some types of spectroscopes are more accurate than others, and of course you must pay a higher cost for that accuracy.

Moisture content is a very important data point in many fields of research. Scientists have many methods for collecting moisture levels, depending on the substance being measured. Advances in moisture analyzers over the years have given researchers the ability to get more and more accurate moisture levels, making their data more useful. Moisture content in grain, natural gas, pharmaceuticals, and other items can be determined to whatever accuracy level you need with the right moisture analyzer.

• Digital Scales
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It is said that poultry, and specifically chickens, are the most efficient livestock animal in terms of converting feed into meat for human consumption. Some varieties of chickens bred specifically for rapid growth, can be ready for the table, tipping the kitchen scales at 3-4 pounds dressed weight in just 6-8 weeks after hatching. The extremely rapid rate of growth for the hybrid variety Cornish X Rock chickens, makes them perfect for a feed to meat conversion ratio study as a science fair project.

This is a good project for students who already live on a farm and have a suitable enclosure for raising chickens. Having adults on hand with experience in raising livestock is also recommended. First a good quality scale is required. It should measure in increments of 1/10 of an ounce or smaller, and have a maximum capacity of ten pounds or more. If it has a tare function to account for the weight of containers used to hold chicken feed that will make things easier as well.

Cornish X Rock chicks can be ordered from a variety of hatcheries through the internet for less than $2 each. Chicken feed can be purchased for about $10-15 for a 50 pound bag of chick starter/ grower. A good quality digital scale can be purchased online at specialty scale retailers at a variety of price ranges. It should be understood before starting this experiment that chickens are live animals and need to be cared for properly.

Furthermore, the Cornish X Rock hybrid variety is bred specifically to be slaughtered for meat at a young age. They are not suitable as long term pets as they gain weight so rapidly, that if allowed to live past approximately 12 weeks of age before slaughtering, they run a substantial risk of very serious health problems including broken legs as they may not be able to withstand the full weight of the chicken. That is another reason that this project should only be attempted if there are parents on hand with experience in raising and slaughtering chickens for meat.

The experiment is relatively simple to conduct. Weigh the chicken each day. Since chickens do not sit still for weighing very well, you may want to place this chicken in a five gallon pail or similar container, after making sure the weight of the container has been tared out on the digital scale. If the scale does not have a tare function, then just subtract the weight of the empty container from the combined weight to find the weight of the chicken. Make a chart which shows the weight of each chicken every day for the full 6-8 weeks. Record the weight of food given to the chicken each day on the digital scale. Food and water should be freely available to the chickens 24 hours each day. At the completion of the experiment, graph the chicken’s weight gain against the weight of food consumed. Determine the ration of the chicken’s weight to the amount of food consumed. Research feed to weight ratios for other animals and compare these ratios to your own results. Draw conclusions about the efficiency of various forms of livestock.