The Thermoplastic Elastomeric Plastic (TEP), Electrochemical Impedance Gases (ECIEG), and other Electro-Permanent magnetic contact wires or EPCs, are the components of ECG Cable and ECG Lead Wires which help in communicating with a patient care setting. These three components help to provide medical information in the form of electrocardiograph results to the physicians. This helps the physicians in providing effective treatment to patients who have different cardiac diseases.
The popularity of Electro-Permanent magnetic contact wires and EPCs is increasing day by day as they are very useful for providing accurate electrocardiograph results to the physician. Electrodes are used in the most sensitive clinical application and are often ECG Lead Wires used in cardiac rehabilitation. ECG is a registered trademark by the American Electrochemical Commission. These wires offer the highest quality with outstanding performance in terms of sensitivity, conductivity, and longevity. ECG lead wires have the ability to provide an excellent balance between power and length in the area of cardiac rehabilitation.
This wire is made from high-quality thermoplastic elastomeric materials which are capable of giving excellent electrical impulses and conductivity levels. The wire has the ability to generate high levels of conductivity which can help reduce or eliminate adverse effects such as adverse effects on the patient's heart such as arrhythmias, blood clots, heart valve diseases, etc. This wire can also help avoid or minimize the side effects of medications such as nitroglycerin, aspirin, warfarin, and cyanide. Using this wire will help patients avoid the dangerous side effects that come along with these drugs. The most common problem associated with Thermoplastic Elastomeric Wires is the loss or degradation of electrical current, but on a positive note, the ECG Cable and ECG Lead Wires can help maintain an optimal level of electrical current.