Get Return on Investment (ROI) of 200% to 300% or More
- Augers - Combines, Harvesters, Bins
- Bearings - Sleeves, Balls, Bushings
- Buckets - Wear Blades
- Chainsaws - Chains, Blades, Bars
- Cutters - Knives, Guides
- Diggers - Teeth, Backhoe, Hydro Hoe
- Draglines - Buckets, Teeth
- Drills - Bits
- Heavy Equipment - Blades, Buckets, Teeth
- Loaders - Blades, Buckets, Teeth
- Pumps - Pumps, Drive Shaft, Impellers, Liners
- Trucks and Trailers - Brake Rotors, Brake Drums, etc.
- Rollers - Chains, Sprockets
- Saws - Blades
- Stump Grinders - Teeth
- Tillers - Tines, Trencher Teeth
*Partial list of items we’ve treated
Protect the environment and your bottom line
We use a “green” proprietary process to extend the life and improve the performance of materials we treat. Our computer-controlled application of liquid nitrogen, which has been “borrowed” from the air we breathe, returns it back into the air at the end of the process.
You will also be contributing to a cleaner environment by extending the lifetime of treated parts, thus reducing waste by using fewer parts and not requiring manufacturers to produce as many.
TTS Thermal Cycling is affordable and produces real cost savings
Regardless of whether you’re treating small or large items, we can show you how the process more than pays for itself and produces positive ROI (return on investment).
Reasons to believe
TTS Thermal Cycling enhances brake drum wear properties and increases strength
SEM, EDAX X-ray intensity maps, and metallographic examination of treated and untreated brake drums indicate that the TTS Thermal Cycling treatment enhanced precipitation reactions within the material and at the grain boundaries. This will have a tendency to enhance material wear properties and increase strength by reducing residual stresses within the microstructure
TTS Thermal Cycling increases tensile strength of alloys with carbides
High-speed steel cutting and drilling tools and other high-wear parts, which include carbide in their alloy, exhibit longer functional lives andhigher tensile strength as result of treating by TTS Thermal Cycling. In tests we increased tensile strength by 10% as result of the alignment of the granular structure that occurs in our proprietary process.