Bangkok has been the home of luxury high-end and high-quality residential development projects. And although that has slowed down for obvious reasons during 2020 and 2021, it’s definitely a major plus factor of the industry. Some of Bangkok’s most prestigious condo developments have the facilities you’d expect to see in a 5-star hotel. Pools, gyms, saunas, Jacuzzis, high-end restaurants, sporting facilities, and more are commonplace. Some have garden spaces, libraries, rooftop gardens, and more. It’s pretty amazing when you think about it. Bangkok truly is a global lifestyle destination that offers pretty much anything you can imagine. World-class shopping malls, international schools, top clubs, trendy bars, and amazing eateries are all standard. Living in Bangkok is special. It’s a regional and international hub for business and attracts lots of working professionals and ex-pats. If you buy a Bangkok property, you pretty much have everything you need right on your doorstep. And it doesn’t matter if you are single, a couple, or a family.

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And another tip is use the old school type of collet body(not gas lens) and one size smaller cup than you would use for steel that still provides good shielding. A smaller old school (not gas lens) TIG cup confines the shielding gas envelope to the puddle so that arc energy is not wasted in the form of frosty cleaning action outside the weld. A lot of Old timers use the small cups, they just don't know why. Pay attention next time you weld aluminum and use a small cup and then turn the shielding gas flow down to around 12-15 cfh with a #6 cup and see if things don't quiet down a bit. Welding supplies handbook: how to become a more skilled welder and how to select the best welding equipment. TIG Torch angle should only be around 10 degrees or less: Ideally, torch angle should only be around 10 degrees or less. Too much torch angle will deflect the heat and melt the rod before you ever get it into the puddle. This causes the rod to ball up and blob into the puddle. That's bad. You don't want that. You want to slip the filler rod into the puddle so that you can get a consistent bead. There are exceptions to this.like when you are using a lay wire technique and leaning the torch back while you walk the cup. But if you are dipping the rod in the puddle, too much torch angle usually is not a good thing. For the best control of your weld bead, keep the wire directed at the leading edge of the weld pool. When welding out of position (vertical, horizontal or overhead welding), keep the weld pool small for best weld bead control, and use the smallest wire diameter size you can. A bead that is too tall and skinny indicates a lack of heat into the weld joint or too fast of travel speed. Conversely, if the bead is flat and wide, the weld parameters are too hot or you are welding too slowly. Ideally, the weld should have a slight crown that just touches the metal around it. Keep in mind that a push technique preheats the metal, which means this is best used with thinner metals like aluminum. On the other hand, if you pull solid wire, it flattens the weld out and puts a lot of heat into the metal. Finally, always store and handle your filler metals properly. Keep product in a dry, clean place - moisture can damage wire and lead to costly weld defects, such as hydrogen-induced cracking. Also, always use gloves when handling wires to prevent moisture or dirt from your hands settling on the surface. When not in use, protect spools of wire by covering them on the wire feeder, or better yet, remove the spool and place it in a clean plastic bag, closing it securely.

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We promise to offer you the most comprehensive product list on the market, ship them to you quickly and with impeccable customer service. We are here to help guide you through the process of your solar project, whether it is for home or commercial use. Together, we can save our planet through one solar energy system at a time, resulting in making the world a better place for all of us. Global Solar Supply ; 1082 Front Street Suite E ; Ventura, CA ; 93001 ; Phone (+1) 805.218.1151 ; Email: info@globalsolarsupply.com ; Hours of Operation ; Monday:10-6 PM ; Tuesday:10-6 PM ; Wednesday:10-6 PM ; Thursday:10-6 PM ; Friday:10-6 PM ; Saturday:10-6 PM ; Sunday Closed ;

The sun is a near-infinite source of energy and a key component of achieving energy independence in the United States. By increasing our capacity to generate electricity from the sun, we also insulate ourselves from price fluctuations in global energy market. According to The Solar Foundation, the solar industry added jobs at a rate nearly 12 times faster than the overall economy in 2015, representing 1.2% of all jobs in the country. This growth is expected to continue due to the fact solar-related jobs are skill centric and cannot be outsourced. Solar industry is a significant contributor to the US economy.

This website is owned and operated by TWS Direct Ltd, a company that has a wealth of experience behind it. The Head of Finances has over 50 years of knowledge from within the Welding Industry, our Technical Expert has been involved with running successful Welding Companies for 30 years and our Director of Operations has 18 years valued experience with online sales. Together with our team of Sales and Administration Staff, we can help with any enquiry you may have and are always here to help. Inside electrical cables energy travels at various frequencies. In the UK, we use energy at 50Hz, but in fact up to 25% of that energy travels at either higher or lower frequencies called diffractions. Mathematical models show that all of these diffractions add to each other for certain frequencies (also called harmonics) and a significant amount of energy travels at these frequencies. Welding equipment without PFC technology can only draw the energy at 50Hz, which is not very efficient, whilst equipment with PFC technology is able to draw all the energy that is available from all the frequency levels. GYS is also equipping machines with Flexible Voltage (FV) technology. GYS FV machines can operate at any voltage in the range 85V-265V. Ideal for 110V applications and whenever there is a likelihood of variations in voltage, for example on site with a generator and maybe with long extension leads, With the combined technology of PFC and FV welding performance can be significantly enhanced where there is only a suboptimal power source available. For example the GYSMI 196 FV is capable of welding 3.2mm electrodes on 110V on very long extension leads. Currently these technologies are incorporated into the GYS range of inverter MMA. TIG and Plasma machines - the GYSMI195, a 230V 160Amp MMA machine, the GYSMI 196FV, a MMA machine and Master 200FV, a 200 Amp PFC and FV MMA/TIG inverter, the TIG200DC HF FV and TIG 207AC/DC HF FV TIG machines as well as the Plasma Cutter 31FV.

Spot welding is one of the oldest welding processes. It is used in a wide range of industries but notably for the assembly of sheet steel vehicle bodies. This is a type of resistance welding where the spot welds are made at regular intervals on overlapping sheets of metal. Spot welding is primarily used for joining parts that are normally up to 3 mm in thickness. Thickness of the parts to be welded should be equal or the ratio of thickness should be less than 3:1. The strength of the joint depends on the number and size of the welds. Spot-weld diameters range from 3 mm to 12.5 mm. How spot welding works Spot welding is one form of resistance welding, which is a method of welding two or more metal sheets together without using any filler material by applying pressure and heat to the area to be welded. The process is used for joining sheet materials and uses shaped copper alloy electrodes to apply pressure and convey the electrical current through the workpieces. In all forms of resistance welding, the parts are locally heated. The material between the electrodes yields and is squeezed together. It then melts, destroying the interface between the parts. The current is switched off and the "nugget" of molten materials solidifies forming the joint. To create heat, copper electrodes pass an electric current through the workpieces. The heat generated depends on the electrical resistance and thermal conductivity of the metal, and the time that the current is applied. The heat generated is expressed by the equation: E=I2*R*t where E is the heat energy, I is the current, R is the electrical resistance and t is the time that the current is applied. Copper is used for electrodes because it has a low resistance and high thermal conductivity compared to most metals. This ensures that the heat is generated in the workpieces instead of the electrodes. Materials suitable for spot welding Steel has a higher electrical resistivity and lower thermal conductivity than the copper electrodes, making welding relatively easy. Low carbon steel is most suitable for spot welding. Higher carbon content or alloy steel tend to form hard welds that are brittle and could crack. Aluminium has an electrical resistivity and thermal conductivity that is closer to that of copper. However, aluminium's melting point is much lower than that of copper, making welding possible. Higher levels of current must be used for welding aluminium because of its low resistivity. Galvanized steel (i.e. steel coated with zinc to prevent corrosion) requires a different welding approach than uncoated steel. The zinc coating must first be melted off before the steel is joined. Zinc has a low melting point, so a pulse of current before welding will accomplish this. During the weld, the zinc can combine with the steel and lower its resistivity. Therefore, higher levels of current are required to weld galvanized steel.