T-Adler Twist cables have two wires, each with two basic designs. First is high voltage level design HVD and second is low internal resistance level design LVD. The HVD design is mainly used for power cords, which are wall socket is connected to the power cable of the device. Our design is based on how to prevent AC50/60Hz power loss and providing the best power from to the audiophile devices to ensure that they work with the best performance. The LVD design is to ensure the AC frequency to protect the uranium in the process with original 50/60 frequency. Twisting technology can not only reduce the internal resistance of the power supply, but also reduce high-frequency clutter interference.


The most important cable in the sound system is the power cord. At the risk of stripping the magic from the music, the music you enjoy from an audiophile sound system is nothing more than alternating current, and alternating current is converted by components to reproduce the melody. The quality of the reproduction directly depends on the caliber of the power cord, and the caliber of the power cord helps to transmit the original electricity to the device. By simply upgrading the AC cable in the setup, the auditory difference is very obvious. The power cord does not transmit signals: it can be AC ​​power. The success of the cable depends on its ability to provide a stable instantaneous current and its ability to reduce electromagnetic interference (EMI) and radio frequency (RF) from external sources. A poorly constructed AC power cord will actually attract EMI and RF or noise to your current, which will seriously pollute the raw materials that powers the system and increase the power impedance of the AC power supply. On the other hand, the best-designed power line is designed to be less likely to generate and reduce any EMI and RF effects, so that it has a faster rise time within a 50/60 Hz cycle.

The power cord does affect the sound quality. Although it may appear doubtful whether the sound can be improved, the actual function of the power cord is to eliminate the EMI/RFI pollution and eliminate also other problems related to standard power cords. This makes your audiophile devices perform better. It's like adding a turbocharger to your car engine. It's also very quiet and digs into the details better than fusion, which is a slender entry-level cable that is more suitable for source players and pre-amplifiers than power amplifiers. The point here is that the use of standard cables destroys the cleanliness of the current flowing through the components, so the power cable acts like a line conditioner to clean up all electronic waste. By reducing distortion, audio components will get clean power to use, allowing them to reach their full potential.


Our engineers have developed a new conductive material. We are using nano-methods to alloy with materials of different graphite properties on certain single molecular chains of conductors. Its function is to accelerate its electronic mobility and improve the efficiency of cable transmission power and signal: a. Mutual elimination of noise-interference signals are neutralized and eliminated b. Eliminate stray capacitance-may lead to smoothing of normal current in the circuit. c. Multi-twist effect-patent pending-improve electromagnetic compatibility. d. Equalization-distribute the signal depending on the speaker function e. Impedance stability-capacitance and inductance of each part of the cable are stable f. Mechanical stability-stress release of each part of the cable. g. Flexible texture-easy to place and easy to handle h. Crosstalk cancellation-another way to reduce interfering signals

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