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Our fire resistant cable MICC. The construction is Copper Conductor/Mineral Insulation/Copper Pipe Sheath.

BASEC TEST REPORT ----------------------BEIJING HUAYUAN GAOKE CABLE CO.,LTD.

API Specification Q1

Urban and rural Cable Installation Site ------------- Beijing Huayuan Gaoke Cable Co.,Ltd.

Malaysia customer visit to our factory and negotiate business -------------Overall Process

Customer of Peru unloading the cable container unloading Loading the cable to customer Arrival to customer Unloading of the cable

The report "High Voltage Cables Market by Type of Use (Overhead, Underground, Submarine), Overhead Products (Conductors, Fittings & Fixtures), Underground & Submarine Products (XLPE Cables, MI Cables, Cable Joints & Terminations), and Region - Global Forecast to 2021", The high voltage cables & accessories market is expected to grow from an estimated USD 30.83 Billion in 2016 to USD 41.27 Billion by 2021, at a CAGR of 6.0%. Major factors, such as grid interconnections, offshore windfarm connections, connections of islands with mainland, power from shore links to offshore oil & gas installations, and projects integrating renewable generation with the power transmission grid are driving the market across the globe. Browse 121 market data Tables and 55 Figures spread through 174 Pages and in-depth TOC on "High Voltage Cables Market - Global Forecast to 2021" Download PDF Brochure: http://www.marketsandmarkets.com/pdfdownload.asp?id=95892251 XLPE cables is the biggest underground products market XLPE (cross-linked polyethylene) cables are the most commonly used cables in undergrounding systems. The cable technology has advanced significantly, which has enabled the use of XLPE cables over the fluid-filled cable technology. XLPE provides insulation to cables to make it withstand the electric field under rated and transient operating conditions. XLPE cable was the largest segment in the underground cable systems market in 2015. Asia-Pacific is the dominant market for high voltage cables & accessories Asia-Pacific is the largest market for high voltage cables & accessories among other regions studied in this report. This region will continue to dominate the high voltage cables & accessories market, seeking high voltage transmission projects in the region. China is leading the regional high voltage cables & accessories market, whereas other global key markets include the U.S., India, Germany, U.K., Brazil, and Egypt. The manufacturers and service providers are focusing and creating huge prospects in this service industry. Also, governments, private producers & service providers, and cables & accessories manufacturers are continuously trying to integrate their existing technologies and develop new ones extensively to increase the capacity of high voltage transmission and reduce the impact of high voltage transmission near residential areas. To provide an in-depth understanding of the competitive landscape, the report includes profiles of some of the leading players in the high voltage cables & accessories market such as ABB Ltd. (Switzerland), Prysmian Group (Italy), Sumitomo Electric Industries, Ltd. (Japan), Nexans (France), NKT Cables (Germany), and General Cable Corporation (U.S.) among others. Dominant players are trying to penetrate developing and developed economies and adopting contracts & agreements strategy to increase their market share. Research Methodology Extensive secondary sources, directories, and databases, such as IEEE publications, high voltage cables & accessories magazines and publications, International Cablemakers Federation (ICF), National Renewable Energy Laboratory (NREL), Global Wind Energy Council (GWEC), TD world, EIA websites, Company Annual Reports, Bloomberg Businessweek, and Factiva, have been used to identify and collect information for this technical, market-oriented, and commercial study of the global high voltage cables & accessories market. Below is the explained research methodology: Analysis of all the operational and upcoming High Voltage Direct Current (HVDC) projects, across the globe along with its type/capacity, wind and offshore wind energy capacity, length of transmission network Estimation of T&D expenditures across various regions Estimation of project costs for HVDC links in various regions and arriving at the total market size using market engineering process Analyzing market trends in various regions/countries supported by the on-going support for renewable energy generation in respective regions/countries Overall market size values are finalized by triangulation with the supply side data which include the product developments, supply chain and annual contracts for high voltage cables & accessories across the globe After arriving at the overall market size, the total market has been split into several segments and subsegments. The figure given below shows the breakdown of the primaries on the basis of company type, designation, and region, conducted during the research study. Speak to Analyst:http://www.marketsandmarkets.com/speaktoanalyst.asp?id=95892251 Stakeholders This report includes the following stakeholders: Raw material suppliers Manufacturers Power companies Cable manufacturing companies High voltage cable accessories equipment manufacturers Government and research organizations Energy associations Environmental associations Investment banks Enquiry (Ask for Customized Report Matching Your Exact Requirement):http://www.marketsandmarkets.com/requestCustomization.asp?id=95892251 About MarketsandMarkets MarketsandMarkets is the largest market research firm worldwide in terms of annually published premium market research reports. Serving 1700 global fortune enterprises with more than 1200 premium studies in a year, M&M is catering to a multitude of clients across 8 different industrial verticals. We specialize in consulting assignments and business research across high growth markets, cutting edge technologies and newer applications. Our 850 fulltime analyst and SMEs at MarketsandMarkets are tracking global high growth markets following the "Growth Engagement Model – GEM". The GEM aims at proactive collaboration with the clients to identify new opportunities, identify most important customers, write "Attack, avoid and defend" strategies, identify sources of incremental revenues for both the company and its competitors. M&M`s flagship competitive intelligence and market research platform, "RT" connects over 200,000 markets and entire value chains for deeper understanding of the unmet insights along with market sizing and forecasts of niche markets. The new included chapters on Methodology and Benchmarking presented with high quality analytical infographics in our reports gives complete visibility of how the numbers have been arrived and defend the accuracy of the numbers. We at MarketsandMarkets are inspired to help our clients grow by providing apt business insight with our huge market intelligence repository.

1.The difference of definition Flame retardant cable, it is to point to in the experimental condition, the sample was burning, after removed test of ignition, flame spread only in a limited range, or the flames burning residue in the finite cable to self extinguishing in the course of time.Fundamental characteristic is: in the case of a fire could be burn out and can not run, but can stop the fire from spreading.Popular speaking, in case of wire fire, can limit the combustion in the local scope, does not produce spread, keep other all sorts of equipment, avoid to cause a greater loss. Fire-resistance cable is point to the flame to be able to keep a certain time to safe operation of the cable.China's national standard GB12666.6 (IEC331) fire-proof experiment divide into two levels(A and B): A level flame temperature 950-1000 ℃, for fire duration of 90 minutes, class B flame temperature 750-800 ℃, for fire duration of 90 minutes, during the whole test, sample should be under the rated voltage value of the product. 2.The difference of principle: Principle of flame retardant cables and fireproof cables are different.Containing halogen flame retardant cable principle is to rely on halogen flame retardant effect , halogen-free flame retardant cable principle is to put out the flame by precipitation water lowering the temperature. Fire-resistant cable is to rely on refractory layer fireproof mica materials, heat resistant properties, ensure the cable normal work in the fire also. 3.The difference of structure and materials: The basic structure of the flame retardant cable is: (1) insulation use flame retardant materials; (2) sheath and outer sheath are use flame retardant materials; (3) the tape and fill with are use flame retardant materials. And fire-resistant cable is usually between conductor and insulation layer to add a refractory layer, so in theory, can add a refractory layer in the structure of the flame retardant cable, are formed as flame retardant and fireproof cables, but it is not the necessary.Because of fire-resistant cable fireproof layer usually adopts multi-layer mica tape around the package on the conductor directly, it can be resistant to burn for a long period of time, even if the polymer of the cable section on fire burned down, also can ensure the normal operation of lines. 4.The difference of the application Although there are many more flame retardant cable applies to the advantages of chemical enterprise, such as low smoke, non-halogen, but in general, fire-resistant cable can replace flame retardant cable, but the flame retardant cables can't take place of fire-resistant cable.Fire-resistance cable is widely used in high-rise buildings, underground railway, large power stations, underground street and important industrial and mining enterprises related to fire security and its l

According to the data, in China there are more than 60% electrical fire caused by electrical lines (cables and wires) in recent years. It has elicited thinking: Why electrical lines (cables and wires) caused so much fire? How can we prevent or reduce electrical lines fire? The proper and fair use of electrical wire and cable in the construction gains more and more attention. Why should we propose to have a safe and fair use of electrical wiring (wire and cable)? Because if it been improper used, there may have following situation for an ordinary wire and cable: a. Since the wire and cable insulation and sheathing layer using an organic material, these materials will produce combustion or retardant phenomenon when the temperature exceeds a certain range. And in the case of long-term load operation, the conductor itself will heat insulation and sheathing layer produce local aging. In the case of an overload, wire and cable will accelerate its local aging. If the insulation material itself or production processes unqualified, it will more easily being local aging. The results will lead to the breakdown of aging, once the breakdown happens, it will cause phase short circuit. Phase short circuit large capacity in a very short period of time will cause the temperature becoming thousands of degrees which is enough to make combustibles around burn. b. The wire and cable`s insulation and sheathing layer has a certain temperature in the case of long-running load, and the general object has a preheating process before combustion while high temperature object is not required this process, so the wire and cable have more combustion conditions. Once there is an external fire source, the wire and cable loaded is more easily ignited. c. Whether it is caused by wire and cable itself or an external source of ignition, as the wire and cable laid in the well or in the cable trunking are bundled, and heat radiation conducted during combustion, the fire will spread more seriously. d. Electric wire and cable is generally along the shaft or trough laid for the building is to have a cross-cutting nature, namely wires and cables often crossing several fire districts or the entire floor. So, once ignited will follow the wire and cable shaft or trough spread fire easily spread to the whole building. e. Wire and cable is generally laid in the hidden place of a building, its early stage smoldering is more difficult to be found. And when discovered, it already was too late. Accompanied by dark smoke and a large number of toxic gases, the combustion products hidden by them get deeper protection. f. Wire and cable burning will produce a large amount of billowing smoke and toxic gases. In the fire occurred in the past, escape people become disoriented and panicked due to the dark smoke, and prolonged retention of the fire scene. In addition, in the fire most of the unfortunate victims are died of toxic gas inhalation and suffocation. Poisonous gas can be said as the No. 1 killer in fire. The existing wire and cable presence of the above subject and deficiencies related to the staff developed a number of new products, such as does not put out the flame retardant wire and cable, under the action of the flame can be maintained energized lines refractory wire and cable, It does not produce large amounts of toxic gases and smoke LSZH wire and cable in the fire. (A) flame retardant cable '> flame retardant cable is not. According to the "vertical mounted bunched wire and cable vertical flame propagation test" (GB / T18380: 2001) different levels of standard tests prescribed retardant wire and cable can be divided into A, B, C, D four kinds of flame retardant grade, below. According to the manufacturer to meet the different levels above the conditions laid down, add different proportions of flame retardants and flame retardant cable production of different grades of '> flame retardant cable. In practice, if not in accordance with the provisions of the flame retardant level to select retardant cables, fire-retardant cable which is certainly not flame retardant. Common scenario roughly: mainly the flame retardant level ① the same channel as the flame retardant cable laying, the content of which the same channel as the flame retardant cable laying of non-metallic materials promised more than the standard range. ② retardant and non-flame retardant cable laying cables in the same channel. Due to non-plenum cables once ignited, will burn along the cable extension. Flame retardant cable (even Class A) This is a long time in terms of the external source of ignition, flame retardant cable in the case of external ignition sources retardant case will lose meaning. ③ supplier shoddy owners freeloaders. (B) Flame retardant cable is not a non-combustible cable. Flame retardant cable insulation layer and just add a fire retardant jacket layer, it does not extend to fuel the fire, and the case of external ignition sources disappear over a period of time can be self-extinguishing. Flame retardant properties of flame retardant cable are relatively under certain conditions, the formation of which exceeds the limit of this condition, it will lose the flame-retardant properties. (C) Confusing the concept of fire-resistant cable and flame retardant cable. Some people mistakenly think that generally in the fire-resistant cables can energize, its price is more expensive than the average flame retardant cable, its performance is certainly better than the average flame retardant cable. In fact retardant fire-resistant cables and cable are two concepts, two standard products, because they are different objects and conditions of use of services and different, than anyone else who does not exist high grade. (D) Fire-retardant cables can not flame retardant. The main function of fire-resistant cable jacket outer layer only, after the filling layer and the inner layer of insulation is fire ablated by the package wrapped in copper conductors Mica tape protection remains energized for some time. Usually it does not mean fire-resistant cables fire-resistant cables ca n only be maintained in the fire for some time it is energized. If not in its insulation and sheathing layer flame retardant, it is does not have the fire-retardant properties. It will not flame retardant and fire resistant cables laid in the same cable channel, is also one of the reasons flame retardant cable does not play a role. (E) General fire-resistant cable is not high temperature cables. When the core temperature or ambient temperature exceeds the agreed scope of the cable, the cable outer sheath and the inner layer of the insulation layer material will be aging. Once the outer sheath and the inner layer of insulation layer cracking due to aging, its fire-resistant mica tape can not stop the invasion of moisture and quickly breakdown. General term temperature resistant cables and cable is generally the same as the ambient temperature allows the use of the same. (F) Lacking of familiarity on LSZH cable. Some developed countries in the 1980s has developed a low-smoke halogen-free cables, and strongly recommended to use this sound cable to replace and gradually abandoned the use of toxic PVC cable. That is to say, cable halogen-containing open fire in the release of toxic is very scary. If the gas concentration in 30min can cause death if it is determined toxicity index 1, then the index was 15.01 toxic PVC, halogen-free polyolefin toxicity index was 0.79. People smoke in PVC can only survive 2min, and replaced by halogen-free materials, people survive in their smoke can be extended to 40min, greatly increasing the time when the fire escape. Also it indicates the root account relevant material, the light transmittance when the flame-retardant PVC cable smoke emitted from the burning of 15% or less, that is, people smoke at this concentration, with their naked eye line of sight is about 2m. So in the fire, intense smoke filled the victim disoriented and so disoriented, prolonged retention in the fire, leading to further inhalation of smoke and toxic gases and suffocation. (G) The test means are not popular and the market is not standardized. Due to the special nature of the cable production industry, general manufacturers can produce with production license, but rarely has a special cable test equipment. Some factories even do not have raw material testing devices which made it difficult to ensure the quality from raw material to finished product. (H) We do not have the same standards which causes market confusion. In summary, if the majority designers and users can not understand the risk, huge hidden trouble will be brought to tens of thousands of buildings. Hence the importance of raw materials` fire-retardant properties is self-evident in the entire wire and cable industry.