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High Quality And GREAT Performance

Metal accessories are made of high-quality alloys of titanium, iridium, and ruthenium.

Filling auxiliary materials are manufactured using MAXe high-performance conductors

Strict Material Selection

TITANIUM,IRIDIUM,AND RUTHENIUM.

They can resist oxidation, corrosion, and chemical attack, making it an ideal material for use in humid environments.

They can prevent corrosion and oxidation reactions, and has high hardness and good wear resistance.

They can resist wear and friction, thus ensuring the long-term stable operation of the equipment.

Ultra-Powerful Characteristic

The use of electron beams to melt iridium and ruthenium onto the surface of titanium wires, followed by heating and solidification, triggers rapid melting, solidification, stress waves, shock waves, and enhanced diffusion reactions, enabling TIR—electric beam wires to achieve physical, chemical, and mechanical properties that are difficult to achieve by ordinary heat treatment methods. The surface of the wire material is modified with titanium, iridium, and ruthenium components and characteristics.>>    

Indoor Positive Electrode TIR—Electric Beam Wires

The use of electron beams to melt iridium and ruthenium onto the surface of titanium wires, followed by heating and solidification, triggers rapid melting, solidification, stress waves, shock waves, and enhanced diffusion reactions, enabling TIR—electric beam wires to achieve physical, chemical, and mechanical properties that are difficult to achieve by ordinary heat treatment methods. The surface of the wire material is modified with titanium, iridium, and ruthenium components and characteristics.

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Stable And Durable

Mix titanium, iridium, and ruthenium in proportion, seal them, and fill them with inert gas. Heat them under high pressure to produce a porous TIR alloy that can increase the contact area with KDSMAXe high-performance conductor and achieve better moisture-proof performance. The sealed pressure method is used to produce TIR— sealed pressure rods, which make the rods formed in one go and stable and durable.>>    

OUTDOOR NEGATIVE ELECTRODE TIR—sealed pressure rods

Mix titanium, iridium, and ruthenium in proportion, seal them, and fill them with inert gas. Heat them under high pressure to produce a porous TIR alloy that can increase the contact area with KDSMAXe high-performance conductor and achieve better moisture-proof performance. The sealed pressure method is used to produce TIR— sealed pressure rods, which make the rods formed in one go and stable and durable.

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MAXIMUM ELECTRICAL EFFICIENCY

Mix titanium, iridium, and ruthenium in proportion, seal them, and fill them with inert gas. Heat them under high pressure to produce a porous TIR alloy that can increase the contact area with KDSMAXe high-performance conductor and achieve better moisture-proof performance. The sealed pressure method is used to produce TIR— sealed pressure rods, which make the rods formed in one go and stable and durable.>>    

HIGH-PERFORMANCE CONDUCTOR KDSMAXe.

MAXe means maximum electrical efficiency.

KDSMAXe high-performance conductor has an electrical conductivity of

135% that of traditional graphite powder in building structures,

175% that of general fillers in outdoor soil.

Its excellent conductivity can better transfer charges. promote the progress of electrical moisture resistance, and improve the effectiveness of moisture resistance.