Chocolate Cupcakes:
1 1/4 cups unbleached, all-purpose flour
2 tsp. baking soda
2 tsp. baking powder
1/4 tsp. salt
1 1/4 cups granulated sugar
1 cup water
4 ounces unsweetened chocolate, chopped
1 stick (8 Tbsp.) unsalted butter, cut into pieces
2 tsp. pure vanilla extract
2 large eggs, lightly beaten

Filling:
4 Tbsp. unsalted butter, room temperature
1 cup powdered sugar
1 tsp. pure vanilla extract
3 Tbsp. heavy cream
1 cup marshmallow creme

Chocolate Ganache:
6 ounces bittersweet chocolate, chopped
1/2 cup heavy cream
1 Tbsp. unsalted butter
1 tsp. pure vanilla extract

Icing:
4 Tbsp. butter, softened
1 Tbsp. milk
1 cup powdered sugar
1/4 tsp. vanilla

Preheat the oven to 350 degrees F with the rack in the center
position.

Spray muffin tins with non-stick cooking spray.

Start by preparing the cupcakes.  Place sugar and 1 cup of water in
a medium saucepan. Bring to a boil, stirring frequently until the
sugar dissolves. Transfer to a large bowl. Add the chocolate and
butter and let sit, stirring occasionally, until the chocolate is
melted and the mixture has cooled slightly. Stir in the vanilla.

In a separate bowl, sift together the flour, baking soda, baking
powder and salt.

Using an electric mixer add the eggs to the chocolate mixture,
beating on medium speed until well combined.  Next, slowly mix in
the dry ingredients on low speed until the batter becomes smooth.

Pour the batter evenly between the prepared muffin tins. Fill each
muffin half way and bake for 18-20 minutes or until a toothpick
inserted in the center comes out clean. Cool in the pans for 25
minutes, then transfer to a rack and let cool completely.

To prepare the filling, Use a mixer to cream the butter until light
and fluffy. Beat in 1/2 cup confectioners’ sugar. Add the vanilla
and 1 Tbsp. heavy cream and beat until smooth. Alternating between
batches, beat in the remaining 1/2 cup confectioners’ sugar and 2
Tbsp. heavy cream. Beat in the marshmallow creme. Cover and
refrigerate until ready to use.

Next, make the chocolate ganache that goes on top of the cupcake.
Place the chocolate in a stainless-steel bowl. Use a medium
saucepan to heat the cream and 1 tablespoon butter until it just
begins to boil, then pour over the chocolate. Let stand for 5
minutes. Whisk until smooth. Add 2 tsp. vanilla while whisking; let
stand until cool.

Put the cream filling into a pastry bag fitted with a medium star
tip. Insert the tip into the center of each cupcake top; then
squeeze some of the cream filling into it.

Spoon a tablespoon of the chocolate ganache onto each cupcake and
lightly spread with a spatula or a knife. Chill for at least 10
minutes.

Meanwhile, use an electric mixer to beat the remaining 4 Tbsp.
butter, 1/4 teaspoon vanilla, milk and confectioners’ sugar until
smooth, adding more milk if needed. Spoon into a pastry bag with a
small tip. Pipe the trademark curly-q design across the top of each
cupcake.

Serves 18

As you can see, there are a variety of uses for MAGNATRONIC besides in vehicles. Anywhere the removal of impurities in equipment and processing is desired could be an excellent application for MAGNATRONIC:

Indiana Food Processor
“To remove impurities from processing equipment”

East Texas Custom Three Wheel Motorcyle Manufacturer
“To establish ourselves as THE Quality Manufacturer of 3 Wheel Motorcyles

Belizean Trawling Vessels
“To improve performance, longevity and reduce fuel and maintenance costs in engine and winching systems”

West Texas Oil Drilling Company
“To reduce friction on downhole equipment and minimize downtime”

Dallas, Texas Printer
“To reduce impurities in the hydraulic and inking systems”

Louisiana Machine Shop
“To reduce replacement of cleaning water used in gear washing”

Colorado Machine Shop
“To reduce shaft abrasion in CNC Grinding Machine”

New Mexico Hospital
“To protect the diesel engine in the backup power system”

East Texas Oil Drilling Company
“To reduce the downtime on suction side drilling machinery”

New York Power Station
“To reduce downtime for lubrication and generating units in coal plant”

Miami Beach Yacht (90′)
“To reduce diesel engine downtime and prolong oil changes”

Nevada Central Heating System
“To reduce cavitation and cold spots in the hvac system”

North Carolina Auto Racing Team
“To reduce impurities in lubrication system”

Tennessee Moto-Cross Racing Crew
“To extend the life and improve performance of motorcycle team”

Arkansas Fuel Recycling Plant
“Cleaning rust from recycled fuels”

Dallas Ready-Mix Concrete Plant
“Reducing failure of transmissions and engines used both in plant and in delivery fleet”

Alabama Paper Mill
“To reduce bearing failure in large transmission”

These are but a few of the many recent applications for the MAGNATRONIC. We would like to hear about your application for the MAGNATRONIC and your comments so we can add them here. Please email them to us at: info@heatingandairfilters.com

Actual Size of Filter: 19 5/8 x 19 7/8 x 4 3/8

May replace Honeywell F100/F150#FC100A1011, F200#FC200E1011, F25#203721, F35/F35R#FC35A1019; Lennox X7935(HCF14-16), X0585(HCF14-10), HCC14-23 Air Cleaners; Filtrete Media Air Cleaner 4 Filters and other models and brands. CHECK THE EXACT MEASUREMENT OF YOUR FILTER TO MAKE SURE THIS FILTER WILL WORK

MERV12 Most Popular

NEW! 20x20x5 MERV 12 Honeywell/Lennox Replacement Filter w/PLUS CARBON for effective odor removal
Box of 2 ($34.48 ea.) $68.97

Box of 4 ($22.74 ea.) $90.97

Maximum Efficiency

NEW! 20x20x5 MERV 13 Honeywell/Lennox Replacement Filter w/PLUS CARBON for effective odor removal
Box of 2 ($49.49 ea.) $98.97

20x20x5 MERV 13 Honeywell/Lennox STANDARD Replacement Filter
Box of 2 ($33.49 ea.) $66.97

NEW! 20x20x5 MERV 15 – Honeywell/Lennox Replacement Filter w/PLUS CARBON for effective odor removal
Box of 1 - $70.97

20x20x5 MERV 15 Honeywell/Lennox STANDARD Replacement Filter
Box of 1 - $62.97

NEW! 20x20x5 MERV 8 Honeywell/Lennox Replacement Filter w/PLUS CARBON for effective odor removal -
Box of 2 ($33.49 ea.) $66.97

Minimum efficiency reporting value

Minimum efficiency reporting value, commonly known as MERV rating is a measurement scale designed in 1987 by the American Society of Heating, Refrigerating and Air-Conditioning Engineers (ASHRAE) to rate the effectiveness of air filters. The scale “represents a quantum leap in the precision and accuracy of air-cleaner ratings”^[1] and allows for improved health, reduced cost and energy efficiency in heating, ventilation and air conditioning (HVAC) design. For example, a HEPA filter is often impractical in central HVAC systems due to the large pressure drop the dense filter material causes. Experiments indicate that less obstructive, medium-efficiency filters of MERV 7 to 13 are almost as effective as true HEPA filters at removing allergens, with much lower associated system and operating costs.^[2]

The scale is designed to represent the worst case performance of a filter when dealing with particles in the range of 0.3 to 10 micrometres. The MERV rating is from 1 to 16. Higher MERV ratings correspond to a greater percentage of particles captured on each pass, with a MERV 16 filter capturing more than 95% of particles over the full range.

Below is a table of example MERV ratings:

References

Minimum efficiency reporting value, commonly known as MERV rating is a measurement scale designed in 1987 by the American Society of Heating, Refrigerating and Air-Conditioning Engineers (ASHRAE) to rate the effectiveness of air filters. The scale “represents a quantum leap in the precision and accuracy of air-cleaner ratings”^[1] and allows for improved health, reduced cost and energy efficiency in heating, ventilation and air conditioning (HVAC) design. For example, a HEPA filter is often impractical in central HVAC systems due to the large pressure drop the dense filter material causes. Experiments indicate that less obstructive, medium-efficiency filters of MERV 7 to 13 are almost as effective as true HEPA filters at removing allergens, with much lower associated system and operating costs.^[2]

The scale is designed to represent the worst case performance of a filter when dealing with particles in the range of 0.3 to 10 micrometres. The MERV rating is from 1 to 16. Higher MERV ratings correspond to a greater percentage of particles captured on each pass, with a MERV 16 filter capturing more than 95% of particles over the full range.

Below is a table of example MERV ratings:

Our immune system is a wonderful thing. Every moment, our bodies are bombarded with viruses, bacteria, germs, etc. that can invade our bodies and make us sick or die. Our immune system is what we have to protect our bodies. An immune system is kind of like a bucket. It has the capacity to deal with a great deal of things, any one of which might be detrimental to our health. But just like a bucket, with each exposure to things that might make us sick, it “fills up” our immune systems capacity to fight intruders. The more exposure we have to intruders, the more full the bucket becomes. Once the bucket (our immune system) is full, neither the bucket or our bodies can hold any more. Of course, if we are filling a bucket, the run over would affect the area around the bucket whereas with our body, the overrun will affect our ability to ward off diseases and the like after our immune system has become overloaded. The result is the we get sick!

Now there are plenty of ways to protect ourselves and our immune systems, esp. indoors, but one easy and simple way is to insure that the air that circulates through our HVAC system and, consequently, through our home or office, is as pure as possible. Fortunately, all HVAC systems have a way to do this automatically: the air filter! All we have to do is pick a high quality filter, capable of removing as much of the impurities in the air as possible AND routinely replacing it with a clean one when it gets dirty.

AC Filters and Furnace Filters are rated through a system called the MERV rating. It determines how well the impurities that pass through filters is removed. The higher the numerical rating, the more efficient the filter. Of course, consideration needs to be given to the age of the system, etc. to insure you don’t buy a filter with too high of a MERV rating, but you are unlikely to do that. Most stores stock nothing rated higher than a MERV12 (currently) and most are have lower ratings than this. Older systems cannot usually handle a filter rated above MERV12 without either taxing the operating system or increasing the operating costs of the system or both. Newer systems are beginning to emerge that use MERV13 ratings and there is work underway to perfect a MERV16 filter.

In any event, you should choose a filter with a high MERV rating. Anything less than MERV8 is simply not good enough. The filter should be pleated. That means that the surface area of the filter material that the air flows through is twice as great as flat filters. In effect, you have the doubling of filtration. Secondly, you want the filter to be disposable. There are companies who make reusable filters but they are a hassle to clean, typically harbor mold and other intruders and often increase operating cost because the system has to work harder to force the air through them.

http://ticc.mines.edu/csm/wiki/index.php/User_talk:Acfurnacefilterguy

Since 1960, we have worked hard to provide superior quality ac filters and furnace filters at extremely low prices with all delivery costs included.*

Though we operate websites under a variety of names, we have focused our efforts recently in building our brand around www.HeatingandAirFilters.com

To that end, we have added many new filter sizes as well as related “air” products and a new shopping cart to make it easier to purchase.

We invite you to come back to visit our new site at: www.HeatingandAirFilters.com or call us to place your order at: 214-797-2948

HoneywellFurnaceFilters.com
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ShoppersPLUS.net
CustomFilterSupply.com ……………. and many other flagship sites!