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Casual Articles - An Introduction to Rotary Hot Stamping
If you have been searching for ways to make money online I’m sure you have come across many “get rich schemes”. These are everywhere. The only person who gets rich is the one who created the scheme and only for a short while before that person gets caught. You should think to your self, if all of these schemes worked, then everyone would be making a lot of money online.Instant gratification is something that most people want. I know, because I have been there. I have spent money on products that I thought would make me money quickly. Of course none of them gave me the money in the time they said they could. If you want instant gratification play the lotto and hope to get lucky, that’s the only way to make money pretty much instantly. For the rest of us we need to remember that having an online business or just making money online can take a little while.The first thing anyone wanting to make money online should put on his or her goal/to-do list, is to be patient. That’s the one
Under the tie coat is a vacuum deposited aluminum layer. This is the most opaque layer in the construction even though it is only 0.02-0.05 microns thick
I’ve said it in a hundred training workshops. Listening is important. I don’t know why I say it – everyone already knows it. Whether talking to leaders, coaches, trainers, meeting facilitators, plant operators or anyone else, I’m sure the reaction is the same.“Duh, Kevin, that’s profound.”I believe we all know how to be great listeners when we really want to be. Times like: on a second date, when comforting someone who is hurting, when helping someone we care about. All of these are times we have experienced, and if our listening were graded in these situations, we would all score high.So, listening is a skill we already have, and can perform quite well in certain situations. The problem is we don’t practice our skills at our best in nearly enough situations.In fact, there are sometimes that we are awful listeners. Times like:- When we are angry.- When we are busy.- When we don’t care or are uninterested.- When we are bored.Most of
Main Components of the Hot Stamping Process:
ANVIL Usually made of a hard rubber or phenolic. The anvil must be hard enough to resist cupping under the load of the die, soft enough to protect the die from irregularities in the substrate, and resilient enough not to take a set through repeated pounding.
SUBSTRATE A wide variety of substrates are suitable for the hot stamping process. Surface tension of the substrate has the same affect on hot stamping as it does on printing. In addition to surface tension, the porosity of the material has a profound affect on stamping speed. A dry material will tend to cool the foil before it gets a chance to adhere properly. The resulting stamp will show a mottled surface similar to how ink looks on such a material. As a rule of thumb, a material that prints well will also stamp well.
ROLL LEAF Also known as Foil Roll leaf is the ink of a hot stamping operation. It is made up of a carrier with a series of coatings to be transferred. The carrier is made from polyester film that can range from just under 0.0005” to about 0.0015”. The thinner the carrier, all other things being equal, the faster the foil will transfer.
The first layer applied to the carrier is a thin release coat. This layer affects whether or not a foil is suitable for fine copy or heavy coverage and affects the “cutting” properties of the foil.
The second layer called the “tie” or “color” coat serves dual purposes in a roll leaf product. The first function of this layer is to provide a hard abrasion resistant surface to the foil when applied. At 1.2-1.5 microns the tie coat makes up about 30% of the transferred product. Since the metallic layer is always made from aluminum, a tint is required to make a gold or other colored metallic . This tint is the second function of the tie coat.
Under the tie coat is a vacuum deposited aluminum layer. This is the most opaque layer in the construction even though it is only 0.02-0.05 microns thick.
A close up view of: -Machinery loss of profitDespite all the precautions taken by managers, companies may suddenly find itself in a situation that threaten its survival, e.g. as a result of natural disasters, accidents, fire, industrial espionage, sabotage, damage to their reputation, or the failure of a supplier, the power supply or a telecommunications network.It is well accepted fact that risks can never be entirely eliminated. However, while corporate managements cannot guarantee that losses will be precluded, they are at least expected to deal with loss events and the attendant aftermath in a satisfactory manner.In addition to the traditional tasks of risk management – identifying, analyzing, reducing and transferring risks companies are thus increasingly being expected to prepare systematically to deal with loss events. A step for this purpose is machinery loss of profit.IntroductionUnder both machinery and fire insurance, indemnity is provided, in res
SUBSTRATE A wide variety of substrates are suitable for the hot stamping process. Surface tension of the substrate has the same affect on hot stamping as it does on printing. In addition to surface tension, the porosity of the material has a profound affect on stamping speed. A dry material will tend to cool the foil before it gets a chance to adhere properly. The resulting stamp will show a mottled surface similar to how ink looks on such a material. As a rule of thumb, a material that prints well will also stamp well.
ROLL LEAF Also known as Foil Roll leaf is the ink of a hot stamping operation. It is made up of a carrier with a series of coatings to be transferred. The carrier is made from polyester film that can range from just under 0.0005” to about 0.0015”. The thinner the carrier, all other things being equal, the faster the foil will transfer.
The first layer applied to the carrier is a thin release coat. This layer affects whether or not a foil is suitable for fine copy or heavy coverage and affects the “cutting” properties of the foil.
The second layer called the “tie” or “color” coat serves dual purposes in a roll leaf product. The first function of this layer is to provide a hard abrasion resistant surface to the foil when applied. At 1.2-1.5 microns the tie coat makes up about 30% of the transferred product. Since the metallic layer is always made from aluminum, a tint is required to make a gold or other colored metallic . This tint is the second function of the tie coat.
Under the tie coat is a vacuum deposited aluminum layer. This is the most opaque layer in the construction even though it is only 0.02-0.05 microns thick
It never fails.The Ad Agency spends countless man-hours sweating over the fine details. Things that no one would ever notice are discussed, dissected, double-checked and then dutifully discarded for a "better" idea.Graphics are viewed upside-down and sideways. Letters are kerned in pixel widths. Font catalogues brimming with thousands of choices are scrutinized until the perfect one is found or the artist lapses into a coma.Finally, the deadline is met. You meet with the client The pitch is made...and...The client picks up the phone to order a sandwich from the restaurant.Seems out of place, right? Well, not really. This is a classic-type move for clients who are indecisive. Stuck. Fence straddling.Now comes a hot quarterback move as the client throws an unsuspecting pass to the delivery man from the restaurant."Tell me, you got a minute to give me your opinion on something?"It's a painful situation to be in. But the client pays the bill
ROLL LEAF Also known as Foil Roll leaf is the ink of a hot stamping operation. It is made up of a carrier with a series of coatings to be transferred. The carrier is made from polyester film that can range from just under 0.0005” to about 0.0015”. The thinner the carrier, all other things being equal, the faster the foil will transfer.
The first layer applied to the carrier is a thin release coat. This layer affects whether or not a foil is suitable for fine copy or heavy coverage and affects the “cutting” properties of the foil.
The second layer called the “tie” or “color” coat serves dual purposes in a roll leaf product. The first function of this layer is to provide a hard abrasion resistant surface to the foil when applied. At 1.2-1.5 microns the tie coat makes up about 30% of the transferred product. Since the metallic layer is always made from aluminum, a tint is required to make a gold or other colored metallic . This tint is the second function of the tie coat.
Under the tie coat is a vacuum deposited aluminum layer. This is the most opaque layer in the construction even though it is only 0.02-0.05 microns thick
Hairdressing is an art that involves arranging hair for aesthetic purposes, participation in formal occasions or symbolic reasons. It is a creative field that needs an inclination and flair towards styling hair in different patterns. Hairstylists can get employment in salons and wages depend on their skills and work experience along with the requirements of the salon.Job ProfileThe job of a hairstylist revolves around dealing with different kind of people. It is a very important element of the fashion world and requires creativity and ability to visualize what hairstyle would suit a certain personality or occasion. In order to succeed in this field, you need to have certain basic skills, such as how to lend a different look to a client, taking bookings over the phone, dealing with clients and product representatives, and keeping an account of bills. It is also important to understanding the positive and negative effects of using various chemicals and heat on the hair and scalp. Such fu
The first layer applied to the carrier is a thin release coat. This layer affects whether or not a foil is suitable for fine copy or heavy coverage and affects the “cutting” properties of the foil.
The second layer called the “tie” or “color” coat serves dual purposes in a roll leaf product. The first function of this layer is to provide a hard abrasion resistant surface to the foil when applied. At 1.2-1.5 microns the tie coat makes up about 30% of the transferred product. Since the metallic layer is always made from aluminum, a tint is required to make a gold or other colored metallic . This tint is the second function of the tie coat.
Under the tie coat is a vacuum deposited aluminum layer. This is the most opaque layer in the construction even though it is only 0.02-0.05 microns thick
Maximize Your Online Advertising Dollars (part 1)How much do you spend advertising your online business? How much money are you making from your online business? The two are directly related. The adage, "You have to spend money to make money..." is an undeniable truth. You can't very well sell products if people don't know about them, and the way to tell people about what you've got, is to advertise. ADVERTISING COSTS MONEY. Big corporations spend millions of dollars to advertise their products. Now, they wouldn't spend all of this money on advertising if it didn't generate more in revenue than they originally spent. The key here is to put your advertising dollars where they will be the most effective. You must target your audience. Think about this: Why do you always see cereal and toy commercials during Saturday morning cartoons, but you never see beer commercials in the same time
Under the tie coat is a vacuum deposited aluminum layer. This is the most opaque layer in the construction even though it is only 0.02-0.05 microns thick. This layer has no structural integrity of its own.
The final layer in the foil construction is the sizing. This is a heat-activated adhesive that glues the foil image to the substrate. At 1.5-3 microns this layer makes up 50-70% of the transferred product. A thin layer of sizing cuts cleanest and tends to work best on films or high gloss materials. Heavily sized products do a better job of filling a more porous substrate.
HOT STAMPING DIE The hot stamp die is an engraved plate where the non-printing areas are relieved. It is important that the material used holds as much thermal energy as possible at the surface. Copper alloys excel in this area and are used almost exclusively in rotary applications where dwell times are extremely short. There are two primary methods of engraving hot stamp tooling.
The original method is photoengraving. In this process the image is transferred via a photographic negative. The unwanted metal is then etched away by a strong acid. The process is very similar to printed circuit board production. The advantage of photoengraving is that as the complexity and scale of the image increases the cost remains more or less fixed. The disadvantage is that as image complexity decreases the cost remains more or less fixed. Photoengraving is a high overhead process that excels in producing complex images.
A more recent method of producing hot stamp tooling is CNC engraving. In this process the image is taken in an electronic format and specialized software generates tool paths that remove the unwanted material. The advantage of CNC engraving is that simple images can be produced very
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