Tuesday, December 6, 2011

The Ultimate Guide To Drilling Porcelain Tile

!9#: The Ultimate Guide To Drilling Porcelain Tile

The installation of porcelain tile is becoming an increasingly regular task for the modern day tiler. Customers desire the look of natural stone, but require the extra durability that porcelain tiles offer. With porcelain tiles being non-porous (impervious to water) and virtually maintenance free, they are the perfect solution for the progressively popular wet-room styled bathrooms.

With porcelain being one of the most popular choices of tile material available, and with the trend for porcelain tile set to continue, tilers have had to adapt their working methods and tools to be able to cater for the demands of their clients. Until recently, a large number of tile fixers have shied away from the installation and drilling of porcelain tiles due its perceived difficulty.

However, drilling holes in porcelain tile is not difficult! Using the correct methods and the best tools for the job, it is possible to achieve perfect cuts in a matter of seconds.

Recommended Equipment for Drilling Porcelain Tile
High quality diamond core drill bits Carbide pilot drill bit - only required if you're drilling large diameter holes (13mm or larger) and don't have a suitable-sized (8mm) diamond drill bit Masonry drill bits - included with quality tile drill bits Water cooling equipment Electric drill Clear safety glasses / goggles RCD breaker
Identifying the Size of Hole to be Drilled

The first step is to correctly identify the size of hole to be drilled. This is very important, as the diameter of the hole to be cut dictates the method that you will use to drill into the tile.

The majority of holes that are 10mm and under in diameter will be drilled with the tile already fixed to the wall. Conversely, the majority of holes over 10mm in diameter will be drilled into the tile before the tile has been fixed.

When drilling holes that are 13mm or larger in diameter, make sure that the tile to be drilled is placed in a tray that will collect the waste water that is produced. Ensure that scrap tiles or another similar material is placed under the tile that is being drilled. This will help to halt the progress of the drill once it has finished drilling through the tile.

Before drilling tile, ensure that you are wearing the correct safety equipment, including safety glasses or goggles. Ensure that you are using a residual current device (RCD) to help prevent electric shock.

Drilling Small Diameter Holes (10mm or Smaller) with Diamond Cores

1. Mark the center of the hole to be drilled into the tile by using a marker or a sticky drive pad.

2. Attach the appropriate diamond core bit to the electric drill and ensure that there is a constant supply of cold water that is being directly aimed at the diamond core i.e. by using water cooling equipment.

Note regarding water cooling... It is important to ensure that there is a constant supply of cold water directed at the drill bit in order to keep the diamond core cool and to help remove any debris that may have built up whilst drilling the tile. It is not advisable to try and cool the diamond drill bit by using a hand held aspirator or drilling through a wet sponge. These methods will not keep the drill bits cool enough, and will drastically shorten the life of the drill bit.

3. Ensure that the drill is in "normal" mode and set the drill to between 1000 and 1500 rpm. If you have marked the tile with a marker it is best to drill into the tile using a method called "leaning in". "Leaning in" ensures that the drill will not slip and wander off center as you begin to drill into the tile.

How to "lean in"... To "lean in", simply start the drill at an angle, as soon as the drill bit has started to cut the tile, slowly bring the drill into a vertical position. Ensure that sufficient pressure is being applied (tile dust should be evident in cooling water) and rotate slowly until you have cut the perfect hole. As you finish the hole, you will notice that the tone of the drill will change.

Using sticky drive pads... If you use a sticky drive pad, it is unnecessary to use the "leaning in" method. Simply start the drill in a vertical position and the sticky pad will ensure that the drill does not slip. Once you have finished drilling the tile, simply peel off the sticky drive pad.

4. Because the majority of small diameter holes will be cut into tiles already fixed to the wall, it will be necessary to drill a fixing hole behind the tile. Replace the diamond core with the appropriately sized masonry drill bit and set the drill to "hammer" mode. Use a slow speed for drilling into hard materials to ensure that the tip doesn't overheat. Ensure that the drill bit is frequently withdrawn in order to stop a build up of dust.

Drilling Small Diameter Holes (10mm or Smaller) with Carbide Bits

1. Firstly, mark where the hole will be drilled, on the tile, using a marker.

2. Attach a carbide drill bit to your drill. Ensure that there is a constant supply of cold water that is being directly aimed at the selected drill bit i.e. by using water cooling equipment.

Note regarding water cooling... It is important to ensure that there is a constant supply of cold water, in order to keep the drill bit cool and to help remove any debris that may have built up whilst drilling the tile. It is not advisable to try and cool the drill bit by using an aspirator or drilling through a wet sponge, these methods will not keep the drill bit cool enough, and the drill bit will burn out.

3. Set the electric drill to between 700 and 900 rpm. Make sure that the drill is in "normal" mode.

4.Push the carbide drill bit gently into where you have marked the tile until you hear a cracking sound. Start drilling from a vertical position with sufficient pressure and don't stop until you hear a change in the tone of the drill. As soon as you hear the change in the tone, begin to ease off.

5. Because the majority of small diameter holes will be cut into tiles already fixed to the wall, it will be necessary to drill a fixing hole behind the tile. Replace the carbide drill bit with the appropriately sized masonry drill bit and set the drill to "hammer" mode. Use a slow speed for drilling into hard materials to ensure that the tip doesn't overheat. Ensure that the drill bit is frequently withdrawn in order to stop a build up of dust.

Drilling Large Diameter Holes (13mm or Larger)

1. In order to cut holes that are 13mm or larger in diameter, it is necessary to first drill a pilot hole. The pilot hole will act as a locater for a large diamond core and will help you to drill a perfect hole in porcelain tile.

2. Attach an 8mm carbide drill bit or 8mm diamond bit to your drill. Follow the instructions given above for either "Drilling Small Diameter Holes (10mm or Smaller) with Diamond Cores" or "Drilling Small Diameter Holes (10mm or Smaller) with Carbide Bits", depending on whether you are using diamond cores or carbide drill bits. Leave out the final step in either case as you won't be drilling a fixing hole behind the tile.

3. Now that the pilot hole has been cut, it is possible to drill the main (large) hole. Attach the appropriate diamond core and ensure that there is a constant supply of cold water (see water cooling information in the previous sections of this article).

4. Diamond cores that are larger than 13mm will require an adapter with pilot pin that locates into the pilot hole that has been cut previously, to ensure the perfect hole will be made.

5. Starting the drill vertically, begin to drill in a circular motion with sufficient pressure until the tone of the drill changes. Drilling holes into porcelain tile should take seconds not minutes. If it is taking you minutes, it is likely that you are not applying enough pressure or that you are using an incorrect setting on the power tool. See video below.

Best Tools for the Job

In order to drill perfect holes in porcelain tile, it is extremely important to use premium quality drill bits.

Armeg have been producing innovative, high quality drilling solutions for over 30 years and Armeg's PTC (Porcelain Tile Cutter) range is at the forefront of tile drilling technology.

The Armeg PTC Diamond drill bit range boasts diamond core drill bits that are capable of cutting hundreds of holes in all grades of porcelain. They feature thin wall, continuous diamond crowns for and fast and efficient cutting and an extended life. These diamond cores are not to be confused with short-life diamond grit alternatives. Not only do these diamond drill bits cut porcelain, they also cut materials such as marble, granite, travertine, slate, quarry tiles, ceramic tiles, natural stone and limestone.

The Armeg PTC Carbide drill bit range comprises of excellent porcelain tile drill bits that are capable of cutting 15-25 holes in grade 5 porcelain, or 50+ in lesser grades of porcelain. These carbide drill bits boast non-slip start-up thanks to diamond-ground tip geometry.

The Armeg PTC Soft Tile drill bit range is ideal for drilling softer tiles such as ceramics and travertine. They feature point-ground tips to help reduce slippage and wander.

Armeg Tile Drilling Accessories for use with Armeg PTC drill bits include: water feed pump kit, water feed adapters, water feed clamp & drive/piloting guides to ensure non-slip start-up with small diameter diamond cores. Armeg SDS Plus tile removing chisel also available in this range.


The Ultimate Guide To Drilling Porcelain Tile

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Tuesday, November 8, 2011

MK Diamond MKDX 2HP Bullnose Machine

!9# MK Diamond MKDX 2HP Bullnose Machine

Brand : MK Diamond
Rate :
Price :
Post Date : Nov 08, 2011 11:21:05
Usually ships in 2-3 business days



This is the MK Diamond MKDX 2HP Bullnose and Profiler Tile Machine and this is exactly what you need to perform perfect bullnose & 45° miter cuts on porcelain, granite, or marble tile. Be a leader of the pack with MK's new heavy duty MKDX Bullnose machine. Fabricate tile & stone on the jobsite cut your costs, & ensure that all of your tile & stone looks like it just came out of the factory. This is truly an innovative machine! Profile & polish on material up to 24". Powerful 2 hp motor is great for marble, travertine, porcelain, or granite tile. Shipping only to the continental 48 states, contact us for shipping prices to Alaska, or Hawaii.

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Friday, November 4, 2011

Mk Diamond 4 Piece Tile Saw Cutting Kit

!9#Mk Diamond 4 Piece Tile Saw Cutting Kit

Brand : MK Diamond
Rate :
Price :
Post Date : Nov 04, 2011 08:24:05
Usually ships in 1-2 business days



This is the MK Diamond 4 Piece Cutting Kit and this is just what you need. This 4 piece kit is now a 5 piece assortment of tools for use with the MK tile saws. The set includes a rip guide for straight rip cuts, a protractor for atypical angles, a dressing stick for redressing glazed diamond blades, a 45 degree flat angle guide for diagonal patterns, and a large bullnose miter guide for truncating the edge of your tile. This kit includes all the attachments you need as a professional tile setter.

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Saturday, October 1, 2011

Granite Countertops - Fabrication Process for Your Granite Countertops

!9# Granite Countertops - Fabrication Process for Your Granite Countertops

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First, the granite is installed in your home is a relatively simple process, if it looks like from the perspective of what we see from the beginning that the final consumer. In a nutshell, is calling us, you choose the disks, and agree on the details, then a few weeks after they are installed.

However, it is always a long process in the stone from its natural state in the soil all the way to be involved in the kitchen table. The process of the Turning Stone in decorativeand functional materials has become more or less the same for centuries. On the other hand, the equipment has changed dramatically in that time, and reduces production time considerably.

The process begins in the quarry, where they are cut large chunks out of the earth many times in a stair-step pattern. Various types of saws and cutting methods used. There are wire saws, along a steel cable with diamond segments are embedded in them. These cables are passed through the "coreHoles "that were drilled horizontally and vertically into a meeting place in a corner of the invisible hand" bank "will be removed. Then the cable is passed through a disc than ever deeper into the stone. Trepanning, as mentioned above, along with "radiation" is another method of freeing large blocks of stone at this early stage of the process. some expansion slots instead of using liquid explosives in the drill, which is responsible for the fragile stone, more and more cracksBlocks.

This first step of the process requires very large and heavy equipment, the blocks of granite from the earth and get ready for dispatch to the "banda" saws. When the blocks arrive at the gate saw operation, the entire block in a 40-60 plates cut simultaneously. These blocks are not standard size, but an average would be approximately 6 meters by 6 meters by 10 meters. This would produce a 72 inch thick plate is not the cutting blades, for about 60 plates. The bandwidth of a typical bladeI'm not really the blades are flat steel materials 3 "x 3 / 16 inch thick. They have no teeth or diamond in it. They mounted in the rack two centimeters wide and 3 cm depending on the thickness desired. The rack is wider the 6-meter-wide plate. This rack is in turn an arm that is outside of an enormous engine to create a movement in and out of the rack mounted when the wheel is rotated by high-performance engines.

After the block was turned into slabs, the car stopsthe 60 plates on his car went shopping for the polishing line. The line of polishing is another massive machine with multiple heads, disk drives of varying degrees of sanding and polishing to polish a rough go. These mills are horizontal to the head plate is on a rough horizontal plane slowly through the machine on a conveyor belt. When the plates come out the other end polishing, polished in the rough. They will then take the A-frames for guestsShipping for wholesalers all over the world.

At this point the panels to give our world here at Alpha works in stone, we will begin your turn in the process. We come to your home and make an exact model of your areas of ceiling. This can wreak havoc on your cabinets new or existing work plan are carried out without them. After the presentation we made, we want to check with you at our shop for a layout to meet so that we can agree on, which are part of various boardson the different sections of your counters.

Once we have agreed on the layout, we go to word cutting and polishing your countertops. The surface has already been polished or honed, or brushed as the case may be. We cut the counters to match the templates on what is known as a bridge saw. This is a large "upside down" table saw. The sawing motor with the diamond blade are suspended above the saw table on the "bridge". This bridge in turn is sitting on two rails some 18 feet apart with rack and pinion drive to move the entire bridge east and west. The motor with blade runs north and south on the bridge via another set of rack and pinion gears. This entire apparatus allows the blade to be positioned anywhere over the 6 foot by 12 foot slab of granite. The saw motor only moves in one straight line, so the table beneath that the slab is laying on rotates in order to allow cuts at any angle needed. The rotating table has positive lock stops at 90, 45 and 135 degrees, and can be locked in any other degree for other cuts as needed. The table on our saw tilts up to nearly vertical via hydraulic cylinders. This makes loading easy and safe for both our workers and for your material. Once the countertop pieces have been cut to size, the edge polishing process begins.

Depending on the configuration of the piece and the desired edge detail, we have several different methods of shaping and polishing them. If they are straight line edges with a flat, beveled, or bull nose shape, they go one our "Pro Edge" machine. This is a machine some 18 feet long, 6 feet wide and around 6 feet tall. It is massively heavy and does the work of two to three men in terms of its output capabilities. You will see both the bridge saw and the Pro Edge in action in the video. If the edges are curved or have jogs in them, these are shaped with routers and grinders. Ogee edge details and other complex shapes of edges are done with large routers.

All through the process we have water spraying on the diamond tooling doing the cutting and grinding. Once the cutting and grinding is done, we proceed with the polishing process. This is done with a series of polishing pads on hand polishing grinders. There are 4 to 8 steps involved in the polishing process depending on the stone type and finish desired. The polishing grits start around 50 grit and go up to 8000 or 10,000 grit. In the case of antique finishes, stiff brushes are used on the grinding machines in place of the polishing pads.

Now that we have your countertops fabricated, it is time to bring them into your home and install them in place. This requires a little brute force and a little experience doesn't hurt a thing! We have learned to work smarter, not necessarily harder, to get the pieces into place. Granite countertops are very heavy to bring in. We use a combination of wheels, ramps, tables and other devices depending on the particular job. The slabs are test fitted then we adhere them to the cabinet tops with the appropriate stone adhesives. Joints are put together with epoxies formulated for stone work. Once the epoxy cures, we dress up the joints and other final details, leaving you with new gleaming granite countertops!


Granite Countertops - Fabrication Process for Your Granite Countertops

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