Air Fuel Ratio Sensor for Automotive (AF series) 1000+ OEM & IAM part number reference 600+ application 50+ connector available Product Description - - Made in Taiwan - General in Japanese make automobile - New generation of four wire oxygen sensor - Ceradex single cell air fuel planar technology Advantage - - Patented know how of processing the core ceramic element to achieve excellent signal response. - Sensor components as well as raw materials are sourced from OEM suppliers and world leading companies. - 13 month warrantee from shipping date. Full range specification of sensor core ceramic element made in Taiwan! Premium Quality - - 100% simulation bench test via in house designed quality control equipment calibrated by SGS & CLS. - Multiple test and check station integrate within production outline ensure the highest quality and stability. - Every sensor manufactured go through function inspection and seal leakage test before dispatch. Taiwan Professional Automotive Sensor Manufacturer! Professional Service - - Two export point - Consolidation flexibility - Custom box / bulk packaging - Tailored instruction sheet - Custom label & bar-code - Product engraving - Product laser imprint 25 years of experience research and selling of oxygen sensor, export to 50+ countries worldwide! Certification - - IATF16949 certified by SGS (Automotive quality management system) - ISO9001 certified by SGS (quality management system)
Abrasives are substances both natural and synthetic that are used to grind, polish, abrade, scour, clean, or otherwise remove solid material usually by rubbing action (as in a grinding wheel), but also by impact (pressure blasting). The most important physical properties of materials that qualify as abrasives are hardness, toughness (or rigidity), grain shape and size, character of fracture (or cleavage), and purity (or uniformity). In the final analysis, the choice of a high-grade abrasive depends upon the quality and quantity of work performed by the abrasive per unit of cost. Initial cost of an artificial abrasive may be much greater than that of a natural abrasive, but the artificial mineral may do so much better work and do it so much faster than the ultimate cost is less. It is for this reason that artificial abrasives have largely replaced natural abrasives. Chemical Properties: Purities are available from PreRish Tri sometimes as high of a typical purity as 99.999% down to low purity recycled abrasive grains or powders Physical Properties: Numerous shape and size options are usually readily available from READE as large as 50 mm grinding and tumbling media down to as small as 20 100 nanometer particles. Typical Applications: Buffing, coated abrasives, coatings, deburring, electrical potting insulation, fillers, fining, flow finishing, friction, grinding wheels, heat transfer component, investment casting molds, wear resistant parts, metal lapping, polishing, pressure blasting, slurry sawing, tumbling, ultrasonic machining.
Garnet is pure and natural sand with the composition of 3FeO, AI203, ESIO2 *General Features Hardness (Mohs scale): 7.5 to 8 Chloride
Garnet, Bentonite, Feldspar, Silicon Carbide, Graphite Powder, Quartz, Dolomite, Zircon, Zirconium, Silico Manganese, Ferro Manganese, Ferro Silicon, Calcined Bauxite, Silica Sand, Copper Slag, Pig Iron, Sponge Iron, Silica Mica Sheet, Boric Acid Powder, Mica, Soapstone, China Clay/kaolin, Marble Powder, Granite Powder, Calcium Carbonate Powder, Limestone, Talc, Silica Ramming Mass, Neutral Ramming Mass, Basic Ramming Mass, Acidic Ramming Mass, Premix Ramming Mass, Alumina Powder, Aluminum Grit, Activated Alumina, Alumina Ceramic Balls, Fused Alumina White (wfa), Fused Alumina Brown (bfa), Alumina Blasting Media, Calcined Petroleum, Lignite Coal, Coconut Shell Charcoal, Fly Ash And Barite.
Heavy Copper PCB, pcb fabrication up to 12oz, large current, pcb circuit fabrication base material is FR4/Teflon/Ceramic, pcb fabrication used in high-power power supply and motor circuits products. HUIHE CIRCUITS is one of the heavy copper PCB manufacturers, we have passed ISO9001/ISO13485/IATF16949/UL/RoHS/REACH certification.If you want to know more about thick copper pcb, heavy copper pcb, please contact HUIHE Circuits heavy copper pcb board manufacturer. Heavy Copper PCB List 2 Layer ENIG Heavy Copper PCB circuit manufacturer 4 Layer ENIG Heavy Copper PCB 6 Layer ENIG Heavy Copper PCB supplier 6 Layer ENIG Heavy Copper PCB manufacturing 6 Layer ENIG Heavy Copper PCB Fabrication Service 6 Layer ENIG Heavy Copper PCB 8 Layer ENIG Heavy Copper PCB 8 Layer ENIG Impedance Control Heavy Copper PCB 2 Layer ENIG Heavy Copper PCB The Heavy Copper PCB Plating Process Must Achieve The Following Aspects: 1. HUIHE Circuits heavy copper pcb manufacturer adds a certain value according to the area value calculated by the computer and the empirical constant accumulated in the actual production to ensure the integrity of the plating layer in the hole. 2. When the heavy copper PCB is electroplated for 5 minutes, take out the substrate and observe whether the copper layer on the surface and the inner wall of the hole is intact. It is better that all the holes have a metallic luster. 3. A certain distance must be maintained between the substrate and the substrate. 4. When the heavy copper PCB reaches the required electroplating time, a certain amount of current must be maintained during the removal of the substrate to ensure that the surface of the substrate and the hole will not be blackened or darkened. 5. HUIHE Circuits heavy copper pcb manufacturer according to the mechanical processing floppy disk for trial processing, the first part pre-inspection is carried out, and all the workpieces are processed after meeting the technological requirements.
Description The three comprehensive vibration test chamber is an instrument and equipment that simulates high temperature, low temperature, high and low temperature cycle, constant wet heat and alternating wet heat test, and can realize the comprehensive test of three factors of temperature, humidity and vibration after connecting with the shaking table. It is generally suitable for aerospace, aviation, petroleum, chemical, electronics, communications and other scientific research and production units to test the adaptability of products and materials to the temperature, humidity and vibration composite environment changes during transportation and actual use, exposing the defects of products, and is an essential and important test means for the whole process of new product development, prototype test and product qualification test. Feature Temperature and humidity vibration chamber, laboratory and refrigeration system as one of the combined structure, compact and beautiful, the console is set separately, easy to operate. High quality French imported Taikang compressor, higher efficiency, stable and reliable. Test temperature -70 to 150. Test humidity from 20%RH to 98%RH Latest eco-friendly refrigerant (R404a/R23) Ceramic stainless steel tungsten wire electric heaters have a longer life and higher thermal efficiency. Equipped with RS232 communication interface. Imported LCD color LCD touch screen, temperature and humidity program automatic control. Protection features include studio overtemperature, compressor overload, overpressure, oil pressure overpressure, fan overload, phase loss, compressor delay, etc. From time to time, several users choose safety protection features, such as low wind speed, door not closed tightly, etc. Different types of shaker can be selected according to user requirements to ensure cold, hot and steam sealing, and the shaker has good mechanical transmission characteristic
Lightning Protection Post Insulators are key elements in ensuring the reliability and safety of power transmission and distribution systems. YF POWER is a leading brand that offers high-quality insulators that are designed to protect overhead power lines from lightning strikes. These post insulators are essential in ensuring the longevity and reliability of transmission lines, minimizing the risk of damage to equipment and providing an effective barrier to the transient currents generated by lightning strikes. YF POWER's porcelain insulator for lightning arrester are made of high-strength materials like ceramic or composite, providing excellent electrical insulation, mechanical strength, and durability. Their performance has been tested to meet international standards, ensuring optimal protection for power transmission and distribution systems. YF POWER's post insulators have superior resistance to extreme environmental conditions and high voltages, ensuring optimal lightning protection for the power grids. With YF POWER insulators, power transmission and distribution companies can be assured of a reliable, safe, and seamless power supply, even in critical weather conditions. Application of Lightning Protection Post Insulators insulator for lightning arrester are critical components in the power distribution industry, providing effective protection for overhead electrical transmission and distribution lines from lightning surges. These insulators are designed to withstand the extreme environmental conditions and electrical stress generated during lightning strikes, minimizing the risk of damage to electrical equipment and ensuring the continued availability of electricity to consumers. Lightning protection post insulators find application in the power distribution industry for both indoor and outdoor power transmission and distribution systems, including substations, power grids, and transmission towers. The use of advanced lightning arrester insulator, such as those offered by YF POWER, ensures optimal protection of power grids, minimizing the risk of outages, equipment damage, and downtime. YF POWER's lightning protection post insulators are designed with high-strength materials, and superior resistance to weather conditions and high voltages, ensuring safe and seamless power transmission and distribution operations. These insulators are an essential component of modern power distribution systems, ensuring the continuity, reliability, and safety of power supply to consumers. For more information about lightning arrester insulation resistance test and zinc oxide varistor, please feel free to contact us!
China overhead line fittings, crafted from iron or aluminum, secure and support conductors in power lines. Various hardware types include clamps for wire installation, hanging rings for insulator strings, crimping and repair tubes for wire connections, and spacer bars for split wires. In addition, cable fittings for pole towers are utilized. These components not only fix and support wires but also assemble suspension insulators into strings, connecting and hanging them on tower cross arms. Design and manufacturing considerations prioritize strength, stiffness, and wear resistance for long-term use. Selection and configuration of hardware must align with specific line conditions to ensure the safe and stable operation of overhead lines. Installation Guide for Overhead Power Line Accessories There are 5 steps for the installation of electrical overhead line fittings: Preparation and Planning: Conduct a comprehensive site assessment considering terrain, weather, and load requirements. Assembly and Inspection: Assemble fittings according to manufacturer guidelines, ensuring all bolts and connections are securely tightened. Lifting and Attachment: Lift and position assembled fittings onto poles or towers, using appropriate lifting equipment. Alignment and Tensioning: Verify alignment and adjust if necessary. Final Checks and Documentation: Conduct thorough quality checks, addressing any issues identified during the inspection. The components of an overhead line, a crucial element in power transmission and distribution, consist of a well-coordinated system of essential elements designed to efficiently transport electrical energy from generation sources to end-users. At its core, an overhead line typically comprises conductors, supporting structures, insulators, and associated hardware. Conductors form the backbone of the overhead line, serving as the pathway for electricity to flow. These conductors are often made of aluminum or copper, chosen for their excellent conductivity and durability. Supporting structures, such as poles or towers, play a critical role in elevating the conductors above the ground and maintaining the required clearance. The design and placement of these structures are essential to ensure the stability and reliability of the overhead line. Insulators, often made of ceramic or composite materials, are strategically placed to electrically isolate the conductors from the supporting structures, preventing unintended paths for current flow. This is crucial for maintaining the integrity and safety of the system. Additionally, associated hardware such as clamps, connectors, and fittings are employed to secure and connect various components of the overhead line, ensuring a robust and reliable transmission network.
