Chemtane 2 presentation
Chemtane 2
What is CHEMTANE 2?
- A new generation gas
- It enhances gas performance and substitutes acetylene in oxy-cutting, brazing and industrial heating
- It increases the flame temperature making the process faster and more profitable
- Chemtane 2 is a high quality gas with much better performing features
CHEMTANE 2 as a blended product
- High Performance
- Safe
- Profitable
- Environment friendly
- Tailor-made Supply
- Easy to Handle
High Performance | FEATURES

Higher flame temperature in oxygen than acetylene
- Flame temperature over 3.300 ºC in Oxygen
- Effective heat content of 54.517 (BTUs/Kg) at 15,6 ºC and 1atm.
Longer and more powerful secondary flame
- Preheat time noticeably shorter than other competitive fuels
- Quick and clean piercing
- No gouge marks when cutting
- No rolled edges
- No burrs left
Versatile: It fits multiple applications
How does Chemtane 2 produce an increase in flame temperature?/strong>
This is a phenomenon we call: “Secondary Combustion!”
Most of the time, engineers think in terms of the thermodynamic enthalpy (bond energy) of a fuel which predicts the amount of heat produced by combustion. Chemtane 2 does not add significantly to the thermodynamic enthalpic value of the fuel. How then can Chemtane 2 produce an increase in flame temperature? Flame temperature can be calculated by knowing the initial temperatures of the oxygen and fuel, the heat of combustion (thermodynamic enthalpy) of the fuel and the combustion products along with their respective specific heat values at constant pressure (Cp). Specific heat value means the amount of heat energy which will raise the temperature of a given quantity of a specific molecule by one degree. The mechanism of action whereby Chemtane 2 enhances the flame temperature is a fundamentally kinetic phenomenon not strictly a result of thermodynamics

Now, this is significant to the situation with Chemtane 2 for kinetic reasons, not strictly and only thermodynamic reasons. This could be called “the phenomenon of secondary combustion.” Let’s say Chemtane 2 has a C7 hydrocarbon and is mixed with a C3 hydrocarbon (propane) which is then burned. In a given period of time the propane is burned. The rate at which it burns is called the burn rate or velocity of combustion. The linear flow rate of fuel to the torch must be faster than the velocity of combustion. In this same period of time the C7 hydrocarbon is partially burned giving a C3 to C4 hydrocarbon fragment which is heated to a high temperature like 4000 oF. This combustion process continues as the fragments travel away from the torch into the region of the inner and outer cone. The fragments then burn and release heat energy. This is exactly where the heat is needed for cutting metal. It might be said that the “business end” of the torch has been enhanced. The hot zone of the torch is increased in diameter and length. The increased diameter of the hot zones allows smooth cuts and the increased length allows a greater working distance.
Safe

- Minimum slag and weldback
- Limited Torch backfire
- Burns clean – no soot or smoke
- Narrow explosive limits
- Stable, non sensitive to shocks
Never take your safety for granted!
Profitable

1 kg Chemtane 2 equals 1,6 kg of acetylene in production:
- Reduces handling and storage
- Reduces change out time
Its high flame temperature:
- Reduces fuel costs
- Reduces oxygen costs
- Reduces labor cost
It is a clean gas:
- Reduces torch rebuilt
Environment Friendly

No toxic residues left
Non toxic-odorized for detection
It does not contain acetone
It contributes to energy saving through reduced fuel and oxygen consumption por:
Taylor-made Supply
Cylinders:
- Different sizes available
- Standard types in the LPG industry


Bulk:
- In the same propane tank
- Avoiding uncomfortable acetylene packs
- Removing batteries


Who is using Chemtane 2?
- Field Construction Companies
- Fabrication shops
- Flame cutting shops
- Scrap yards
- Machine shops
- Ship Yards
- Mining
- Jewelry Manufacturers
- Glass Industry
- Thermal Spray



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