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TST CABLES’ new PEEK cable TPI cable production line is online
TST CABLES production workshop, Building 3, Security Technology Industrial Park, Guangming District, Shenzhen, October 30, 2024-TST CABLES announced that its newly introduced PEEK cable/TPI cable production line and equipment will be officially put into operation. The production line is designed for the production of high-performance PEEK round wire and TPI round wire, marking another milestone for the company in the field of high-end cable manufacturing. Highlights of PEEK cable TPI cable production line equipmentThe new equipment is highly intelligent and automated, which not only improves production efficiency, but also greatly improves product quality. According to the equipment operator, the main function of the production line is to produce special cables made of PEEK and TPI materials. Through the design of
Application case of modular sealing “weapon” in cabinet system of Jinsha River Basin power station
Under the background of “dual carbon”, my country’s energy transformation is accelerating. As an important part of clean energy, hydropower plays an irreplaceable and important role in the construction of clean, low-carbon, safe, efficient, flexible and intelligent new energy system and new power system. As the core component of the hydropower station, the cabinet system is responsible for the distribution, protection and control of electric energy to ensure the normal operation of the power system. However, cabinets face many challenges in hydropower stations, including insufficient sealing performance, extreme environmental conditions, and complex internal wiring. These problems can cause equipment failure and distortion of monitoring data, affecting the working performance of the equipment and the power generation efficiency of the hydropower
Good news! TST CABLES won the honorary title of national-level specialized and new “little giant” enterprise
Good news! TST CABLES won the honorary title of national-level specialized and new “little giant” enterprise Recently, the Ministry of Industry and Information Technology officially announced the list of the sixth batch of national-level specialized and new “little giant” enterprises. Shenzhen TST CABLES Technology Co., Ltd. (hereinafter referred to as “TST CABLES”) has been honored to be on the list for its outstanding achievements in technological innovation, market performance and industry influence. It was awarded the honorary title of national-level specialized and new “little giant” enterprise. This honor is not only a recognition of TST CABLES’s long-term unremitting efforts and outstanding achievements, but also an important milestone in the company’s development history. It also indicates that the company’s technological innovation,
Customized cables: First principles simulation and calculation of cable material properties
Do you know what thinking methods are used by the world’s top technical engineers to study and calculate cable materials? TST cables will reveal the answer to you immediately. First principles calculation is a theoretical calculation method that predicts the properties of materials based on the principles of quantum mechanics. This method does not rely on any empirical parameters, but starts from the basic laws of physics and calculates the electronic structure and other properties of materials by solving the Schrödinger equation. In the study of cable materials, first principles calculation can be used to predict and optimize the performance of cable materials, including conductivity, thermal stability, mechanical strength and other aspects. First principles detailed explanationFirst principles (First Principles Thinking)
TST CABLES simulated railway cable vibration test system is online
Behind the high-speed trains and subways running at high speed, there is a group of cable technology experts who silently guard the power safety of the trains. They use the latest generation of high-speed rail vibration test equipment and systems of Railway cable supplier TST CABLES to ensure that every high-speed rail equipment cable can run smoothly and safely under rigorous testing. TST CABLES vibration test equipment uses advanced sensor technology to monitor the subtle vibrations of trains at high speeds in real time. Through high-precision test data collection, the equipment can capture any potential unstable factors of the cable. The system can quickly identify the key points that may cause cable failures and generate detailed analysis reports in real time. Through
TSTCABLES: Continuing to lead innovation in the high temperature cable industry
TSTCABLES, as a global leader in the high-temperature cable industry, has been winning the trust of our customers with its excellent quality and efficient service. In many cable brands, why more and more companies choose TSTCABLES high temperature cable? What exactly is the reason that makes TSTCABLES products are highly respected in the market, and what is the core competitiveness of TSTCABLES? Next, I will be from a number of dimensions in-depth analysis of the reasons behind it. From TSTCABLES production process, product advantages, technology research and development, production strength, service guarantee, development concepts and other aspects of in-depth analysis, to answer this question for you. 1、Excellent production process and strict quality control TSTCABLES was first established in 2003, located
Leading Industrial Innovation TSTCABLES discusses the impact of mica on the advancement of cable technology
I, Introduction of mica Mica is the general name of the mica family of minerals, the English word “Mica” comes from Latin, meaning “crumbs”. Mica is a layer structure of minerals, with very unique chemical and physical properties. Its most basic building blocks are composed of layers of oxygen ions and silicates, interspersed with other ions and molecules such as aluminum, magnesium, sodium and potassium. The molecular structure of mica exhibits a two-dimensional layered structure and is therefore considered a two-dimensional material. The crystals are in the form of pseudohexagonal sheets or plates and occasionally columns. The lamellar solution is very complete, with a glassy luster, and the flakes are elastic. Mica is highly electrically and thermally conductive and also
Analyzing temperature classification of high temperature cables（-190°C to +1400°C） Exploring the boundaries of insulation materials
Thermal Classification of Insulating Materials and Applications Insulating materials play a vital role in electrical and electronic equipment, ensuring proper operation and preventing electrical failures. The heat resistance of insulating materials is one of the most important indicators of their performance, and insulating materials of different heat resistance levels are suitable for different working environments and temperature requirements. In this article, TSTCABLES will introduce the heat-resistant classification of insulating materials in detail, and list the permissible working temperatures at all levels, as well as the common main insulating materials and cable insulation. The temperature classification of high-temperature cable insulation is mainly based on its ultimate working temperature. High temperature cable insulation temperature classification Y: 90 °C • A: 105 °C
Teflon high temperature wire manufacturers summary: Teflon high temperature cable production process and 15 molding methods
First, the main steps of the production process of Teflon high temperature wire: Preparation of raw materials: first of all, you need to prepare Teflon resin, filler, stabilizer and other raw materials. These materials need to be accurately weighed and dosed to ensure that the proportion of materials in each batch of production is accurate. Mixing: Put the dosed raw materials into the mixing machine for mixing and blending. The purpose of this step is to make the various raw materials fully mixed to ensure that the quality of the finished product is uniform and stable. Extrusion: The mixed material is fed into the extruder, which heats it to a molten state and then extrudes it through the die. The
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