Mo1 99.95% Molybdenum Plate Moly Foils Annealed For Furnace Heating Elements Molybdenum foils from 0.005 inches to 0.150 inches in thickness is classified as molybdenum refractory sheet. It is used for fabrication of sintering boats, high temperature furnace heating elements and heat shields. Molybdenum sheets from 0.187 inches to 3 inches in thickness is classified as Molybdenum refractory plate. It is widely used in the construction of furnace tooling and parts and as a feed stock for the fabrication of parts for the electronics and semiconductor industries. Moly Foils Features: Purity: >=99.95% Density: >=10.1g/cm3 Thickness: >=0.05mm Width: 20-600mm Length: Less than 2000mm Grade: Mo1, TZM, Mo-La Standard: ASTM, GB3876-83 Surface: Hot rolls, bright, ground
Provide W-1 99.95% Tungsten Products Wolfram Plates for Vacuum Furnace / Sapphire Growth Tungsten metal has high melting point, good thermal and electrical conductivity as well as low vapor pressure at high temperatures. Such properties make tungsten metal a candidate for use as a high performance material in a variety of high temperature products and processes. In spite of its characteristic of oxidizing easily when heated in air, tungsten metal is widely utilized as a heating element material in industrial furnaces. Pure Tungsten Plates Specifications: Purity: >=99.95% Density: 19.3g/cm3 Size: T0.05-50mmxW50-500mmxL100-1000mm Surface: Chemical cleaned/polished Standard: ASTM B760/GB T3875
www.fotmacarbide.com provide High Purity Molybdenum Electrodes for Heating Furnace / Glass Melting Furnace Thanks to the great characteristics such as high strength, oxidation resistance under high working temperature and long service life, molybdenum electrodes are commonly used in daily glass, optical glass, insulation materials, glass fiber, rare earth industry and other fields. Instead of the original heavy oil and gas energy, the use of molybdenum electrodes can effectively reduce the pollution of the environment and provide the quality of glass. Glass melting molybdenum electrodes must withstand extremely high temperatures and aggressive glass melts. High purity molybdenum is the right material for these challenging conditions.
Furnace.
Facilities are two 30-ton ultra, high, power electric furnaces, 30-ton.
Industrial furnace, such as bogic furnace, box furnace, cementation furnace, melting furnace, push rod furnace, vacuum furnace, sintering furnace, salt bath furnace, perlite expanded furnace, aluminum alloy furnace, aging furnace.
Tank head, elliptical head, dish head, spherical head, hemispherical head, end cap, dish bottom, expansion joints, corrugated furnace.Manufacturer
Product description The Single phase capacitance and inductance tester is specially developed for the problem of measuring the capacitance value of the capacitor on the substation. Technical parameters Instrument measurement range and accuracy Capacitance measurement Measurable capacitance range 0. 1 F 3,300 Measurable capacity range 5 20,000kvar Measurement accuracy 1.0 readings 0.02 F Resolution 0.001 F Current measurement Current measurement range 0 20A Measurement accuracy 3.0 readings 0.05A Resolution 0.01A Inductance measurement Inductance measurement range small inductance mode 0.1mH 5mH large inductance mode 5 mH 50H Inductive reactance measurement range 50m 20K Measurement accuracy 3.0 readings 0.05mH Resolution 0.01mH Resistance measurement Resistance measurement range small resistance mode 50m 1
Automatic capacitance and inductance tester is designed for the problems in the measurement of high voltage shunt capacitor banks in substation sites and refers to GB3983.2-1989 High Voltage Shunt Capacitors DLT840-2003 Technical Conditions for Use of High Voltage Shunt Capacitors and JB5346 1998 Series reactor and other national standards and specially developed mainly to measure the high voltage shunt capacitor bank and reactor of reactive power compensation device. Automatic capacitance and inductance tester adopts a new generation of high-speed hybrid microprocessor which is highly integrated synchronously collects the voltage signal and current signal of the test object and automatically calculates the capacitance value inductance value and reactive power value. On-site measurement of capacitors eliminates the need to remove the connecting lines simplifying the test process effectively improving work efficiency and avoiding damage to power equipment. After the test the capacity of each phase capacitor and other parameters are automatically calculated and it is easy to discriminate the quality change of the capacitor and the connection conductor failure between devices. At the same time the automatic capacitance and inductance tester also features data storage and USB communication eliminating the need to copy data on-site and ensuring complete measurement data.
Product Introduction With the development of China's electric power industry the capacitor compensation device has been unprecedentedly developed but with it the capacitor accident rate has risen sharply and there have been serious group injury accidents. In order to prevent the occurrence of parallel capacitor accidents and ensure the safe and reliable operation of the power grid State Grid Corporation has formulated the "Measures for Preventing High Voltage Shunt Capacitor Accidents". It is clearly stated that "the measurement of the capacitance of a single capacitor of a capacitor bank should be carried out on a regular basis. It is recommended to use a measurement method that does not remove the connecting wire to avoid the failure of the casing to leak due to the force of the casing caused by the disassembly and assembly of the connecting wire". Automatic capacitance and inductance tester is designed for the problems in the measurement of high voltage shunt capacitor banks in substation sites and refers to GB3983.2-1989 "High Voltage Shunt Capacitors" DL/T840-2003 "Technical Conditions for Use of High Voltage Shunt Capacitors" and JB5346 -1998 "Series reactor" and other national standards and specially developed mainly to measure the high voltage shunt capacitor bank and reactor of reactive power compensation device. Automatic capacitance and inductance tester adopts a new generation of high-speed hybrid microprocessor which is highly integrated synchronously collects the voltage signal and current signal of the test object and automatically calculates the capacitance value inductance value and reactive power value. On-site measurement of capacitors eliminates the need to remove the connecting lines simplifying the test process effectively improving work efficiency and avoiding damage to power equipment. After the test the capacity of each phase capacitor and other parameters are automatically calculated and it is easy to discriminate the quality change of the capacitor and the connection conductor failure between devices. At the same time the automatic capacitance and inductance tester also features data storage and USB communication eliminating the need to copy data on-site and ensuring complete measurement data.
With the development of China's electric power industry the capacitor compensation device has been unprecedentedly developed but with it the capacitor accident rate has risen sharply and there have been serious group injury accidents. In order to prevent the occurrence of parallel capacitor accidents and ensure the safe and reliable operation of the power grid State Grid Corporation has formulated the "Measures for Preventing High Voltage Shunt Capacitor Accidents". It is clearly stated that "the measurement of the capacitance of a single capacitor of a capacitor bank should be carried out on a regular basis. It is recommended to use a measurement method that does not remove the connecting wire to avoid the failure of the casing to leak due to the force of the casing caused by the disassembly and assembly of the connecting wire". Automatic capacitance and inductance tester is designed for the problems in the measurement of high voltage shunt capacitor banks in substation sites and refers to GB3983.2-1989 "High Voltage Shunt Capacitors" DL/T840-2003 "Technical Conditions for Use of High Voltage Shunt Capacitors" and JB5346 -1998 "Series reactor" and other national standards and specially developed mainly to measure the high voltage shunt capacitor bank and reactor of reactive power compensation device. Automatic capacitance and inductance tester adopts a new generation of high-speed hybrid microprocessor which is highly integrated synchronously collects the voltage signal and current signal of the test object and automatically calculates the capacitance value inductance value and reactive power value. On-site measurement of capacitors eliminates the need to remove the connecting lines simplifying the test process effectively improving work efficiency and avoiding damage to power equipment. After the test the capacity of each phase capacitor and other parameters are automatically calculated and it is easy to discriminate the quality change of the capacitor and the connection conductor failure between devices. At the same time the automatic capacitance and inductance tester also features data storage and USB communication eliminating the need to copy data on-site and ensuring complete measurement data.
With the development of China's electric power industry the capacitor compensation device has been unprecedentedly developed but with it the capacitor accident rate has risen sharply and there have been serious group injury accidents. In order to prevent the occurrence of parallel capacitor accidents and ensure the safe and reliable operation of the power grid State Grid Corporation has formulated the "Measures for Preventing High Voltage Shunt Capacitor Accidents". It is clearly stated that "the measurement of the capacitance of a single capacitor of a capacitor bank should be carried out on a regular basis. It is recommended to use a measurement method that does not remove the connecting wire to avoid the failure of the casing to leak due to the force of the casing caused by the disassembly and assembly of the connecting wire". Automatic capacitance and inductance tester is designed for the problems in the measurement of high voltage shunt capacitor banks in substation sites and refers to GB3983.2-1989 "High Voltage Shunt Capacitors" DL/T840-2003 "Technical Conditions for Use of High Voltage Shunt Capacitors" and JB5346 -1998 "Series reactor" and other national standards and specially developed mainly to measure the high voltage shunt capacitor bank and reactor of reactive power compensation device. Automatic capacitance and inductance tester adopts a new generation of high-speed hybrid microprocessor which is highly integrated synchronously collects the voltage signal and current signal of the test object and automatically calculates the capacitance value inductance value and reactive power value. On-site measurement of capacitors eliminates the need to remove the connecting lines simplifying the test process effectively improving work efficiency and avoiding damage to power equipment. After the test the capacity of each phase capacitor and other parameters are automatically calculated and it is easy to discriminate the quality change of the capacitor and the connection conductor failure between devices. At the same time the automatic capacitance and inductance tester also features data storage and USB communication eliminating the need to copy data on-site and ensuring complete measurement data. Product nickname: automatic capacitance and inductance tester referred to as
Product description The Single-phase capacitance and inductance tester is specially developed for the problem of measuring the capacitance value of the capacitor on the substation. Technical parameters Instrument measurement range and accuracy: a. Capacitance measurement (1) Measurable capacitance range (2) Measurable capacity range (3) Measurement accuracy (4) Resolution b. Current measurement (1)Current measurement range (2)Measurement accuracy (3)Resolution: 0.01A c. Inductance measurement (1)Inductance measurement range: small inductance mode 0.1mH 5mH large inductance mode 5 mH 50H
Product description 3 phase capacitance and inductance tester is developed for the problems of capacitance value, and it solves the following problems Field measurement capacitor needs dismantling cables, not only the big workload but also easy to damage the capacitor. Low capacitance meter output voltage causes the fault detection rate is low. The instrument has characteristics of small measured workload, fast and simple, stable performance, high measurement accuracy, high fault detection, etc. Reactor inductance measurement. Technical parameters Working power supply Rated voltage power frequency of 220 V10 The rated frequency 50Hz The rated output 2V 20V 500VA Equipment normal working conditions Environmental temperature 10 50 Relative humidity 90 Display and print mode LCD display with Chinese characters Panel high speed printer Shape weight 370 260 220 mm 15 kg 5. Work principle as shown in figure 1 3 phase capacitance and inductance tester Feature The inductance capacitance tester adopts the bridge circuit structure, the standard capacitor and tested capacitor as two arms of the bridge circuit. When conducting the capacitor capacitance value measurement, test voltage applies on the standard capacitor and tested capacitor at the same time. Processor obtains capacitance value of tested capacitor by sensors with acquisition the current signals through the two capacitors after processing. Due to adopting the standard capacitor, tested capacitor synchronous sampling technology, it may not affected by the power supply voltage fluctuation; Combined with the measurement process is fully automatic, which avoids the error due to manual operation, so it has the characteristics of good stability, good repeatability, accurate and reliable, the machine has tested object automatic identification and short circuit protection function.
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Linmei is China leading supplier of tank heads for the pressure vessel, water heater/storage, propane and cryogenics industries. Our products are also used for commercial and residential fire pits and a range of artistic creations, such as musical instruments.
DTDL-8110 Cablefault Test Set is an integrated set of Cablefault Detection and Location Devices. It is applicable for many types of power cable, communication cable and optical cable. It can accurately measure the distance of cablefault and locate the fault point. The system includes: 1) DTDL-8110 Mainframe. 2) DTDL-8032R Receiver. 3) RF Inductive Tracking Rod. 4) Potential Difference Locating Rack with 2 pins. 5) AF Stethoscope and Headphones (for Listening mode). 6) Grounding Pin.
1. As the 7th generation of Bluelight serial products, BL£F type ( also known as Bluelight diabetes treatment instrument, Bluelight health instrument )contains all the excellences of the former ones, it occupies the largest exports in China and widely holds true to hospitals¡¢clinics and families. 2. With far infrared heat treatment, BL-F health devie can reach the function of dredging the channels¡¢balancing the metabolism and the calming and analgesia. 3. With bi-helix magnetic therapy under field effect, BL-F health devie takes effect by using the body-like spectrum electrotherapeutics and the helix magnetic field in link with the physiological electric current of human body. 4. With ion-inducted reflexotherapy through hands and feet, the apparatus continually outputs electric current in frequency conversion to the organs¡¯ nerve reflection area lying on the body periphery and feet, and blends with the physiological conditions of human body. 5. With multifunctional microcomputer numeral display, 8 outputs auto-alternate and the treatment process is well memorized. The timing can be set freely from 1 to 9 minutes, and the electric current intensity and heat treatment temperature are numeral displayed in 8-section division and of free regulation. Collecting three sets of electrode poles¡¢four outputs and sound alarming system together, the four treatments can be independently used or shared by three at the same time. 210*146*82mm, packed in carton
I. Main technical parameters Model:9040 Degree of automation:Full-automation Max. width of feed material:900(mm) Max. unwind diameter:1200mm Max. die-cutting speed:9000(time/h) Max. cutting size:900mm*400mm Machine weight:3100(kg) Die-cutting form:Platen die-cutting machine Total power:9kw Machine size:4000*1800*1700mm II. Performances and applications 1. Patented product, high technical assurance, each performance index has exceeded the level of other counterparts. Patent No. ZL 200920267779.8 2. Load material: Electric roll material loading, which is easy and fast. 3. Feed material: the photoelectric eye tracking system assures the synchronization of material feeding and die-cutting speed. Automatically fold and flatten the cornering materials at the paper core. It realized the multistage adjustment of the folding degree. No matter how bent the product is, it can be flatten or refolded towards other directions. 5. It can die-cut according to the printed words and figures or simply die-cut without them. The coordination between stepping motor and photoelectric eye which can identify colors assures the perfectly fit of the die-cutting position and figures. Simply set the feed length through the micro-computer controller To die-cut the products without words and figures. 6. Die-cutting area: 900mm*400mm. (it can also be tailored according to the customers requirements) 7. Maximum die-cutting speed can be up to 9000 times/h, which indicates the significant high production efficiency. 8. The die-cutting force is provided by a 7.5kw inverter motor driver. It is not only power-saving, but also can realize the stepless speed adjustment, especially when coordinate with the extra large flywheel, which make the die-cutting force strong and steady, and the electricity can be further reduced. 9. Adapt flat bed die-cutting mode, and the cutting boards are extremely cheap. 10. The oscillating lower cutting board makes the die-cutting process more steady compared to other similar products and magnificently increased the service life of the cutting board. 11. Finished products are pulled out by two rollers. Comparing to other similar die-cutting machines which need extra press cutter to cut the joints, our machine can not only save the cost of press cutters of each machine, but also avoid the troubles of installing and debugging the press cutters, which can magnificently save time. Especially, it can assure better quality of the product appearance when the die-cutting without joints can be realized under many conditions. 12. By the action of the entity induction switch, finished product will be automatically lowered down to remain the height of the pilling paper unchanged, during the whole die-cutting process, manual paper-taking is not needed. 13. Through micro-computer controller, it realized automatic calculation, automatic alarm and stop by lot. Wooden case packaging
Transformer dc resistance test instrument is an indispensable test project of Transformer after handing in pick up overhaul and change sub-pick up switch. In general using traditional methods (bridge method and pressure drop method) measurement transformer winding group and dc resistance of large power inductance equipment is a time-consuming and time-consuming work. In order to change this situation shorten measurement time and reduce the work burden of test personnel huatian electric power company developed Transformer dc resistance test instrument (hereinafter referred to as direct resistance instrument). It adopts new power supply technology featuring stable performance rapid measurement small volume easy to use high measurement precision and good data repeatability. Measurement transformer around the group and large power inductor dc resistance ideal equipment. product namesï¼?Dc resistance tachometerã?? Transformer dc resistance test instrumentã?? Transformer winding dc resistance test instrument Transformer direct resistance speed meter Transformer direct resistance quick test instrument Inductive load Dc resistance tachometer Inductive load dc resistance rapid test instrument Inductive load dc resistance test instrument
