High Voltage Cable Filling Compound
Compatibility of high voltage cable filling compound
Manufacturability of high voltage cable filling compound
High Voltage Insulation Test for High Voltage Cable Filling Compound
Test Method: Insert a conductive copper electrode into a 20 litre stainless steel tank filled with DL-500. During the test, the copper electrode and the stainless steel tank served as two electrodes, and the DL-500 as a conductor in the gap between the two electrodes. The electrode system was measured for high voltages of 10 KV and 20 KV respectively. For each voltage test, data such as tan δ , capacitance, and discharge amount were recorded.
From the above data, it can be seen that the average tan δ is 0.21%. The measured capacitance is 19 x 1014 ohm.cm. The amount of discharge is less than 1 Pico Coulomb (Pico Coulomb is the unit of discharge).
Hydrogenated cycloalkyl fraction product and thermoplastic elastomer dispersion
Other ingredients: No other substances that affect product classification
Under normal use, this product has no unpredictable danger.
Marking: No hazard in the conveying process.
Human Health: Hydrogenated cycloalkyl fraction product and thermoplastic elastomer dispersion do not pose a hazard to human body. Contact with skin caused by high temperature melting products can cause degreasing or irritation.
Environment: Slow biodegradation, the product will remain in the environment for a while.
First aid measures
Inhalation: Immediately transfer to fresh air. If breathing is difficult, oxygen can be given. If symptoms do not ease, contact the doctor.
Skin contact: If come in contact with high-temperature melted filling compound, immediately remove the contaminated clothing, wipe off the compound, and wash with soap and plenty of water. If an irritant reaction occurs, contact the doctor.
Eye contact: Wash with plenty of water. If an irritant reaction occurs, contact the doctor.
Swallow: Wash mouth with water. If swallowed, contact the doctor. Do not try to vomit.
The global structured cabling market will exceed US$17.4 billion by 2022
According to Market Research Future, a market research institution, by 2022, the global structured cabling market is expected to grow at a compound annual growth rate of approximately 10.4%, and the market size will reach US$17.4 billion.
The growing demand for network equipment from SMEs has led to significant growth in the structured cabling market. The increased demand for IoT solutions in the enterprise helps to increase the utilization of their assets in an optimal manner. The use of these solutions meets the requirements for creating standards in third-generation cooperative projects, providing strong authentication and global coverage.
The study found that fiber optic cables are gaining a good market share and will grow rapidly during the forecast period. The fiber optic cable provides a connection between two devices that are active at the same time and can send and receive data in real time. This technique helps to send and receive data by using radio waves. The second largest market is on-demand bandwidth for network connectivity services, allowing users to request bandwidth when needed.
Major players in the structured cabling market include CommScope (USA), Nexans (France), Panduit (USA), Legrand (France), Corning (United States), Belden (USA), ABB (Switzerland) ), Schneider Electric (France), Teknon (United States), Simon (United States) and others.
The analysis shows that the demand for IoT technology in the SME sector is increasing, which is the main factor in the growth of the global structured cabling market. The development trend of communication infrastructure and the high adoption of home and industrial automation are often the main driving factors for the growth of the structured cabling market. However, due to the poor electromagnetic compatibility of unshielded twisted-pair cables, resulting in reduced communication efficiency, high cost of fiber optic cables and their components, and price fluctuations in copper, etc., are all constraints to the growth of the structured cabling market.
Geographically, the Asia Pacific region will achieve the highest compound annual growth rate. This is due to the enhanced concept of connecting more and more industrial processes to the Internet. Factors such as increased broadband penetration and the rise of local companies in the Asia-Pacific region will increase growth opportunities in the region. Due to the expansion of the communication network architecture and the integration of data centers, North America is expected to occupy a higher market share in the global structured cabling market.