Oxy-hydrogen carbon steel cutting machine

详情

About Oxy-hydrogen carbon steel cutting machine
HHO steel cutting machine can set fire by electrolyze water into hydrogen gas and oxygen gas. We can use H2 and O2 as the fuel of flame replacing LPG, propane, acetylene fuel, natural gas or others
HHO carbon steel cutting machine can be applied in any industry that needs fire such as welding, cutting, polishing, brazing and glass processing. When being applied in carbon steel industry, oxy-hydrogen cutting machine has several advantages compared to traditional machines as below:
(1) Flame focused & efficient
Compared with acetylene and propane flame, oxy-hydrogen gas flame is concentrated.And it’s more efficient with shorter preheating time.
                    
Compared with other fuel cutting, the affect zone of oxy-hydrogen flame is small.
            
(2) Smooth cutting surface
Smooth cutting surface area withbarely slag adhered, needn’t further cleaning in carbon steel cutting.
      
Oxy-hydrogen Cutting picture on the left, acetylene cutting picture on the right.
 
(3)Costsaving.
Oxy-hydrogen Carbon Steel Cutting can save energy by *0% compared with Oxy-acetylene cutting and save energy by *0% compared with Oxy-propane cutting.
 
A)Oxy-hydrogen cutting machine uses electricity to electrolyze water into H2 and O2 automatically. There’s no need for gas cylinder and can save the cost of gas cylinder rent, handling and storage.
B) Oxy-hydrogen cutting produces some low pressure oxygen by itself, preheating oxygen can be saved, there just need some hyperbaric oxygen while cutting.

(4)No pollution
Oxy-hydrogen cutting will not generate dirty air in burning; it is environmental friendly and does no harm to human.
Furthermore, Hydrogen gas is non-toxic and tasteless but acetylene, propane and other industrial gas include sulfide, lead compounds and other harmful substances, they will cause respiratory disease if workers inhaled.

About steel
Steel is an alloy of iron, with carbon being the primary alloying element, up to 2.1% by weight. Carbon, other elements, and inclusions within iron act as hardening agents that prevent the movement of dislocations that naturally exist in the iron atom crystal lattices. Varying the amount of alloying elements, their form in the steel either as solute elements, or a precipitated phases, retards the movement of those dislocations that make iron so ductile and so weak, and so it controls qualities such as the hardness, ductility, and tensile strength of the resulting steel. Steel can be made stronger than pure iron, but only by trading away ductility, of which iron has an excess.