Microdermabrasion just may be the most revolutionary anti-aging skin care treatment there is. By definition, microdermabrasion is a skin care technique that removes the top layer of skin through a somewhat abrasive technique.
What is extraordinary about microdermabrasion is the results you can expect to see as a result of the treatment. By removing the outermost layer of skin, damaged skin is removed, revealing a youthful, even complexion.
Women all over the world have fallen in with the amazing results they have experienced from microdermabrasion. Since women typically tend to show signs of aging on their faces first, they are able to keep a youthful complexion for much longer with the help of regular microdermabrasion treatments.
As dead skin cells are exfoliated away, what is remarkable about microdermabrasion is the immediate reduction in the appearance of fine lines and wrinkles. After just one microdermabrasion treatment, the complexion takes on a more youthful glow, with an improvement in the evenness and elasticity of the skin.
Once women reach the age of thirty, they tend to start noticing the sings of aging creeping onto their faces. What is it about microdermabrasion that makes it so beneficial? Microdermabrasion is the most convenient and affordable option to fight the signs of aging in a positive and helpful manner.
When microdermabrasion first became available, it was necessary to visit a spa, salon, or dermatologist to enjoy the anti-aging benefits of this procedure, What is concerning about microdermabrasion to many women is what they perceive to be the high cost of treatments. Its hard to place a dollar value on a youthful complexion, and many women will pay any price to fight the appearance of aging.
However, for those who cant afford to spend a lot on skin care, there are many affordable options for effective microdermabrasion treatments. As the procedure has increased in popularity, even pricing for professional microdermabrasion treatments has started to decrease. There are many inexpensive at home microdermabrasion kits that can easily fit within your skin care budget.
What is the Microdermabrasion Process?
Many spas and salons employ skin care professionals who specialize in administering microdermabrasion treatments via specialized equipment. This type of procedure typically involves using a specialized wand to spray the face with a microdermabrasion product containing crystals of either aluminum oxide or zinc oxide. The particles are rubbed in to dislodge the top layer of damaged skin, then vacuumed off with the wand.
While this procedure does not require any sort of anesthesia and isnt particularly painful, some clients find it to be a little too abrasive. Some people experience discomfort during the procedure and report experiencing skin inflammation for a few days afterwards.
Not everyone who has a professional microdermabrasion treatment experiences these types of problems. Bad experiences are often the result of improper technique used by the skin care specialist.
There are a number of at home microdermabrasion kits that can be used safely and effectively. One such kit is the BeautiControl at home microdermabrasion kit. It includes a small microdermabrasion machine designed to be used at home. This battery operated device comes with three brush attachments and a container zinc oxide crystals.
With this system, simply apply the crystals directly to damp skin and use the appropriate brush to smooth away the dead skin cells. Since you operate the equipment yourself, you are able to exert control over the amount of pressure with which the crystals are rubbed in to your skin.
A radiator described as ‘self-bleeding’ is fitted with self-bleeding radiator valves. A self-bleeding valve automatically vents excess air trapped inside a radiator. A radiator with a self-bleeding valve means homeowners no longer have to manually vent the excess air a process commonly known as bleeding from the radiators (or pay a plumber to do it). If you’re not sure what youre doing, bleeding radiators can be a laborious activity and can lead to wet clothes, floors and walls.
Radiators with manual valves can be fitted with self-bleeding valves. Self-bleeding valves can be purchased for most types of radiators used in homes today and these valves are not difficult to fit. Anyone with a modicum of DIY skill will be able to install a self-bleeding valve. Theres no need to shell out for a plumber unless you really want to.
Installing a self-bleeding valve on a radiator assures problems resulting from trapped air will be a thing of the past. A self-bleeding valve means no more bleeding and allows the entire heating system to work with greater efficacy. Greater efficiency usually results in lower energy costs, lower maintenance, and an increased longevity of the heating system.
Why Do Radiators Need Bleeding Anyway?
Have you ever noticed a radiator that is cold when the heating is on? The entire radiator may be cold (or sometimes just the upper half) and this problem is most often caused by trapped air. Air is lighter than water and as it rises towards the top of a radiator it forces the hot water down. A large amount of trapped air may displace all the hot water in a radiator and the radiator becomes cold to the touch even when the heating is set to high. A smaller amount of trapped air will only force some hot water down resulting in just the top half of a radiator cooling down.
Another effect of trapped air in a heating system is a gurgling, or banging, sound when heating is turned on. These sounds can continue until any trapped air finds its way to the top of the heating system. The eerie sounds are similar to a horror movie haunted mansion where old rusty piping clanks and groans!
As previously mentioned, a trapped air in a heating system can cause the system to become inefficient. A heating system has to work a lot harder to build up the temperature required in a home when air is being pushed around it. Additionally, trapped air can lead to a premature corrosion of pipes and this may lead to increased maintenance costs.
How Can A Self-Bleeding Radiator Valve Help?
The whole concept of a self-bleeding valve is quite clever yet simple to understand. Any air trapped in the radiator is constantly trying to push its way to the top. The valve is located at the top (on most radiators) and air pushing against the valve causes the valve to open and the air is released. Air continues to be released until there is only water left. When water comes into contact with the valve it cause the valve to close. The valve will remain closed as long as its in contact with water and this prevents any water leaks from occurring.
Air enters the heating system when the system replenishes its water level. When excess air finds its way to a self-bleeding valve, it will be vented. Manually bleeding radiators becomes a thing of the past.
How Many Valves Are Needed?
In an average home (three bedrooms), two self-bleeding valves should be sufficient. One valve is fitted to the radiator nearest to the boiler (or as close as possible). A second valve is fitted to a radiator located on the other floor. Two self-bleeding valves is just a recommendation. A larger home, or a home with a substantial trapped air issue, may necessitate more valves. Best practice would be to have a self-bleeding valve fitted to problematic radiators as well as the advised amount. You could even go as far as having a self-bleeding valve fitted to every radiator in a home.
The Two Main Types Of Self-Bleeding Radiator Valves
The most popular models of self-bleeding valves are the HV30C and the MICRO. Both models are made by Aladdin. You may be able to find cheaper generic valves; however, its wise to stick with proven brands when purchasing valves. The HV30C and MICRO models can both be bought for under 10 and are easily fitted by anyone with DIY confidence.
The HCV30C valve is for modern style radiators. The MICRO will fit a majority of older radiator models (such as the old cast iron railing style). Aladdin makes a third type of self-bleeding valve, called the ALD02. The ALD02 is for upright towel heaters.
Manually bleeding radiators has never been much fun. But the affordable price, performance, and easy installation of self-bleeding valves means there really is no need for you to manually bleed a radiator ever again.
There are several different ways that home lighting can be used to keep a building safe. Does this sound a bit strange? Perhaps it does, but when you think about it a dark and unlit building makes it seem empty and unoccupied. Dark and unoccupied buildings often become the targets of break-ins by burglars. If you don’t want your house or your business to be affected by intruders and you want to have peace of mind that your belongings are safe in your absence, you should consider ways to utilise home lighting to make the house appear occupied. This article provides ideas and tips on using lighting in order to keep your house or business safe.
The first thing that can help greatly in the battle to keep a building secure is to invest in a security light. Either the light can remain on all night or it can be on a sensor. Having the light on a sensor is the best idea because the intruder will not know it is there. When they are suddenly bathed in a pool of light the automatic response is likely to be to run away. If the security light is on the house and you are asleep inside, then the light could wake you up too which can prevent a break in from occurring. The security light should be placed on the outside of the house in a place where a break in is most likely to occur. This is often around the back of a house in a secluded space. You may also want one on the front however, especially if this is the only way to access the house at all.
Another way you should use lighting to protect yourself from break-ins is to leave one or two lights on in the house when you go away. The lights that should be left on must be seen from the outside if this system is to work. You can either draw the curtains and leave a light on or you can leave a hall light on that can be seen from the road. Although this might seem wasteful, it can be a big help because it makes the house or building appear occupied. At the very least it brings in the element of doubt which can be all that is required for an intruder to think again.
Having lights on timers can be a great way to protect your house whilst you are on holiday. The lights can come on for a few hours in the middle of the night (when break-ins are most likely to occur). For it to work effectively you should have more than one light coming on each night. If you want more security than these simple lighting measures then you should invest in an alarm system of some kind. These provide excellent security as not only do they act as a deterrent, but they also alert a local security company who can send around a guard to check everything is secure.
Going even further than lighting and alarms, you could also buy a CCTV camera or two and place them on the outside of your house. Large cameras act as deterrents, as do domed cameras where you can’t see the camera at all and which way it is pointing. Small, wireless cameras can be hidden completely from view which can work well if you want to catch an intruder in the act.
Home and business security is very important these days. If you want to save money on alarm systems or CCTV then you can use simple home lighting ideas and downlights to make the house or building appear occupied. There are also some good security lights available that can work well to protect the home.
The Great Pyramid’s upper chamber was intended to be used to burn wood, and was in some ways a sort of ancient gas furnace. The Great Pyramid was not simply a shrine or temple, as many suggest. If you have been to Europe and seen the monstrous churches and cathedrals, you know that cultures will fritter time and resources building huge religious structures.
Temples are difficult to mistake for something else. Its many unique design components make the Great Pyramid impossible to mistake for a temple or house of worship.
The shafts are one example. Two point eight million stones were required to build the Great Pyramid, each weighing two tons. They are all aligned with such precision that there is not even an inch of drift. The Great Pyramid was 38 stories high with its capstone. Truly try to imagine primitive workers quarrying and placing two point eight million stones to such heights with such exacting specifications.
Now add a shaft. A shaft which must begin on the outside of the pyramid, and penetrate to the center of the pyramid. Hundreds of blocks must now hove grooves carved in them which line up with precision of less than a thousandth of an inch. Would such a feature really have been included if the structure was merely for homage to some primitive God?
Of course not.
Other features besides the shafts include the King and Queen’s Chambers, Grand Gallery, and grotto. It is hard to interpret these as having a purpose related to worship. Rather, they seem to have some mechanical purpose. Which would make sense if the Great Pyramid were a machine designed to serve some mechanical purpose.
What is that purpose?
Egypt’s prosperity depended upon the Nile, and the fertile farmland it created when it flooded surrounding plains each year. Egypt was the bread basket of the ancient world, its Nile flood plains were the ancient world’s equivalent of America’s great plains.
It has been suggested that the Great Pyramid was actually a two phase pump which raised water to a height of almost 30 stories via the shafts. Aqueducts would have then caught water, and their gradual downward slope would have transported away from the pyramid to the surrounding plains without need for further pumps. The Great Pyramid thus would have been an agricultural watering device that made the flood plains larger than normal.
This pump theory is not perfect, but the Great Pyramid’s internal design is clearly a piece of mechanical engineering meant to create some sort of machine, not a mere tomb or temple. The purpose and design of that machine will have to be figured out if we are ever to truly understand the enigmatic Great Pyramid.
Wood would have been ignited in the upper chamber, which would have consumed all the air and created a reduced or low pressure area that would have drawn water upward in accordance with Bernoulli’s principle. This chamber did not heat like gas furnaces in our homes today, but it was an isolated an enclosed chamber which had many design features of the gas furnaces in our homes. The King’s chamber and Queen’s chamber were two separate phases of a two phase pump which was the Great Pyramid.
Walther P22 owners have long awaited a reliable high capacity magazine. Until now, the temperamental P22 has stubbornly refused to operate reliably with even standard capacity 10-round aftermarket magazines, let alone an extended magazine. But thanks to the introduction of an all-aluminum, 45-round drum magazine for the Walther P22, the long wait is over.
Even Walther had a tough time working out the kinks that kept the P22 magazine from feeding rounds reliably. It wasn’t until the introduction of the second generation magazine that featured, among other improvements, a slit in the side that allows rounds to sit staggered that the magazines were able to feed ammunition reliably. If the manufacturer had a tough time getting working through issues, you can imagine how aftermarket magazine makers are fairing. The answer is not so well.
The inability of the market to introduce a reliable standard capacity magazine made the prospect of a high capacity product somewhat of a pipe dream. Aftermarket followers have been available for some time, but these modified pieces of plastic only increase ammunition capacity by two rounds (even though they’re advertised as increasing capacity by three rounds). It’s better than nothing, but a 12-round capacity is a little less than what Walther P22 enthusiasts were hoping for.
Enter the 45-round drum magazine. It’s a big leap to go from nothing to 45 rounds for such a small pistol, but it’s been done and done successfully. A high capacity drum magazine is now available from a limited number of distributors including SpentBrass. The price tag of the magazine is a little hefty at about $170, but it’s built to last.
Manufactured using machined aluminum components, the drum magazine will probably outlast your P22 pistol. The drum operates on using the same principals as the old Thompson 45 caliber machine gun. Rounds aren’t stacked on one another. Instead, they’re neatly arranged around a sprocket and fed up through a factory Walther magazine tower to ensure reliable feeding.
The use of the factory Walther magazine tower is the key to this extended magazine’s success. Not to discredit the ingenuity of using a drum to feed .22 caliber rounds, but the reliability and performance of the factory magazine seals the deal.
The failed ejections and feeds that the P22 experiences are often a result of poor back pressure rather than a magazine issue. Anyone using a P22 with a 3.4-inch barrel is advised to use a barrel adapter and pressure booster to help rounds feed reliably. This is also true with the P22 high capacity drum magazine.