Welding Alternative

Welding machine be gone! That is the cry you will hear from us as no welding machine is necessary when using our HTS-2000 and HTS-528 high-end brazing rods. If you're looking for a new welding machine or welding machine supplies, why not try something that is much more portable and costs far less to operate?

With our industry-strength brazing rods all that is needed is a heat source such as such as butane, propane, mapp, or an oxy-acetylene torch. In fact, when you've made the switch to our line of products you will never go back to your old welding machine again. Why be tied down to a welding machine when you can bring your torch where its needed and get even better results?

For aluminium brazing and welding, our HTS-2000 second-generation brazing rods provide more tensile strength and greater elongation than other products. For aluminium repair that is stronger than a welding machine try our no flux rods, which can fabricate and repair all sorts of items including trucks, diesel engine, automobiles, tractors, airplanes, motorcycles, aluminium boats, ladders, aluminium rivets, fuel tanks, wheels, awnings, gutters, brackets and even do thread repair.

Because of its superior advanced technology, our brazing rod has rendered the welding machine obsolete. It is manufactured with nine alloys in a hi-tech process that makes it three times more flexible and stronger than any other rod on the market.

Still holding onto that welding machine? For cast iron, steel, copper, bronze, nickel, and brass welding projects, try our new HTS-528 industrial-strength brazing rod. Melting the base metal is not necessary since the HTS-528 rod has a built-in flux and is extremely effective in joining dissimilar materials. The 528 is the perfect rod to use for high-heat applications up to 760�C including joining cast iron ears or repairing cracks in blocks.

So, whether you're working with aluminium, cast iron or other metals and need the flexibility, portability and durability that a torch and our product line can provide, isn't it time you put that welding machine in a corner and tried something that will make your life a little easier?

 

See our  demonstration videos to see how you can use HTS 2000 Aluminium brazing rods and put that welding machine to rest.

Your satisfaction is guaranteed.

 

How To Weld

How to weld is a question asked by many just getting started. There are many books on how to weld, too many in fact to mention. But, what the books don't tell those wanting to learn how to weld are the specific products needed for the task.

Many of those just getting started believe they need a welding machine in order to learn how to weld. We are here to tell you that you don't. All you need in order to get started in learning how to weld is a heat source such as propane, butane, mapp, or an oxy-acetylene torch and our high-strength brazing rods.

There's no need to spend hours learning how to MIG and TIG weld when you can do everything you need to do with the flexibility of gas welding using our HTS-2000 and HTS-528 industrial-strength, second-generation brazing rods. If you want to learn how to weld fuel tanks, diesel engines, automobiles, trucks, tractors, airplanes, motorcycles, aluminium boats, wheels, awnings, gutters, ladders, rivets and aluminium brackets, then all you need is our line of hi-tech brazing products, a heat source and a will to learn.

Just ask the professional welders, maintenance repairmen, fabricators and machine shop owners across the nation who have switched from other types of welding platforms to using our system. If you're just learning how to weld, why start off on the wrong foot only to switch to our system at a later date? Why not start off learning how to weld right the first time around?

If you're like many who are new to welding, you just want to get two pieces of metal to stick together without cracking, warping, shriveling, or breaking. For aluminium, we recommend the HTS-2000 brazing rod as it has more tensile strength and elongation than any other product on the market. Repairs are actually stronger than the base metal, no special brushes are needed and the brazing rod material penetrates past impurities like antifreeze, oil, and corrosion.

For those learning how to weld cast iron, we recommend the HTS-528 brazing rod as the flux is built right into the rod, meaning melting the base metal is not necessary. The 528 is the perfect rod to use for high-heat applications up to 760�C such as cast iron manifolds or repairing cracks in blocks.

For more information on how to weld, check out our video and see the many uses for our high-strength brazing material.

Check out our demonstration videos to see how you can use HTS 2000 Aluminium Brazing Rods

 

Introducing Aluminium Brazing Rods

Ideal for aluminium repairs and restoration work, general maintenance or fabrication jobs for the professional workshop, DIY enthusiast or Hobbyist.

The results are unquestionable. The repairs are stronger than new.

  • Top quality, extremely strong, professional and durable welds without the need for expensive welding equipment
  • Simple to use, ideal for both novice and professional users
  • Clean, flux free, sound joints which are stronger than the original metal
  • Requires No Flux. Metal-to-Metal Bond. 100% Metal Alloy.

  • Stronger than the Base Metal - up to 45,900 PSI.

  • Low Temperature. Between 380�C - 408�C Working Temperature.

  • Over 260�C Below Melt Point of Aluminium.

  • Stores Safely and Indefinitely. Simple - Versatile - Portable - inexpensive.

  • Brazes all Aluminium Alloys, including zinc, magnesium, pot metal, and cast.

Use Any Heat Source, such as propane, butane, mapp, or an oxy-acetylene torch.

HTS-2000 is a "Second Generation" fluxless low-heat brazing rod for nonferrous metals. HTS-2000 will successfully join all aluminium alloys, including those that are not favorably joined by high-temperature brazing.

Through recent advancements in metallurgy, HTS-2000 is found to be the easiest, fastest, and strongest brazing rod ever to be developed! Made for all non-ferrous metals and aluminium parts, HTS-2000 is a second generation Industrial Strength Brazing Rod created from a revolutionary new formula.

Not to be confused with Alumaloy, Alumaweld, Alumarod, Durafix, Aladdin 3 in 1, or any other first generation rods which generally consist of just 3 alloys. HTS-2000 is a unique stand-alone product, Comprised of nine alloys that cost more to produce and through exhaustive testing led to this superior advanced technology. HTS-2000 has an elongation of 10% in 2 inches (rather than the standard 3% like the first generation rods listed above) which makes HTS-2000 3 times more flexible and stronger than any of its competitors. It also easily penetrates past impurities that lay below the metal's surface which may be impossible to penetrate with competitors materials. Also unlike the first generation rods HTS-2000 does not require steel or special cleaning brushes. All of this means not only a more expensive manufacturing process with new technology but also superior quality.

See our demonstration videos to see how you can use HTS 2000 Aluminium brazing rods for aluminium repair then check out some of the many applications for this excellent, versatile product and it will be easy for you to choose HTS-2000 as your number one choice.

When drawn over heated aluminium, HTS-2000 penetrates the aluminium oxide, creating a molecular bond that is stronger than the original commercial aluminium. Electrochemical corrosion is never a problem, because the electrode potential between HTS-2000 and aluminium is so slight. HTS-2000 joints last permanently in normal or protected environments. They will endure 10 years or longer under severe conditions. HTS-2000 joints are evaluated as permanent, corrosion resistant, and stronger than joints made by heli-arc machines and all other brazing rods tested.

 

Tensile: 45,900 PSI Therm. Exp.: 15.2 x 10- 6in./in./F�
Elongation: 10% in 2 inches Elec. Cond: 26 (% of copper std.)
Impact: 43 Ft. lbs (charpy) S.P. Grav.: 6.6
Shear: 31,000 PSI Weight: 0.24 lbs/cu. in.
Melting Point: 380�C - 408�C Rockwell:  48

 

Admin | Mail | Sitemap This email address is being protected from spambots. You need JavaScript enabled to view it.

Copyright � 2015. All Rights Reserved.