The PVC battery separator was developed for the first time in India under the brand name Microtex with their own know how and with indigenously designed machinery 41 years ago. The plant and machinery comprise sintering machines and other electrical installations, with own captive power generators, for the smooth and automatic production of over a hundred million separators per annual, the largest and most renowned manufacturers of PVC separators in India. PVC battery separators are micro porous diaphragms placed between the negative and positive plates of lead acid batteries to prevent any contact between them to avoid internal short circuit but at the same time allow free circulation of the electrolyte. Microtex PVC separator are uniform in quality, free from holes, broken corners, splits, embedded foreign material, surface rupture, physical defects, etc Characteristics: Microtex PVC separators have a very low electrical resistance which reduces internal loss saving on electric energy and improving battery performance. Their high porosity ensures easy diffusion of electrolyte and movement of ions guaranteeing battery performance even at high discharge rates. Being completely non reactive to acids, active metals and emitted gases, Microtex PVC separators enhance the active life of the battery. PVC separators surpass IS specifications IS 6071:1986 and have been tested and certified by the Central Electro Chemical Research Institute, CSIR, Chennai to be within IS specifications Microtex PVC separators are manufactured in both standard and custom sizes for automotive and industrial battery application. Every separator produced is visually inspected before being packed. Physical and chemical testing is done batch wise at CECRI CSIR, Chennai. Routine checks made at key stages along the manufacturing process maintain Microtex separators' constant high quality Microtex separators, combining the outstanding characteristics of low electric resistance, chemical cleanliness, higher porosity, Low pore size, superior corrosive resistance and with a minimum level of oxidizable organics, make themselves extremely usable for automobile, traction, stationary, train lighting and all other lead acid batteries. Microtex separators have proven themselves over 41 years of use. Four decades of experience and modern production methods and facilities have made Microtex the leading battery separator supplier in India. The key to their leading position in the separator industry is technological innovation, quality, and service. Product Range:- Height (mm) Width (mm) Thickness (mm) 136 148 1.65 136 148 1.1 140 147 1.6 84 76 1.65 145 115 1.4 300 148 1.65 270 148 1.65
Microtex traction cell is assembled in a high-grade plastic container containing high performance tubular positive plates in premium energy bags. Microtex traction cells deliver consistent reliable power. Our product is suitable for all weather condition. Water loss and maintenance is minimum. Microtex traction batteries are used in electrically powered vehicles like the forklift, Pallet Truck, Scissor Lift and any other industrial traction applications. Microtex lead acid traction batteries are manufactured in India by Microtex Energy P Ltd. for more than two decades. The unit has a well established modern battery manufacturing facility with a fully equipped chemical and electrical laboratory at Peenya, Bangalore. Microtex traction batteries are used in electrically powered vehicles like a forklift, tow truck, power trolley, lifting platforms and other industrial traction applications. These traction batteries are made to BS & DIN specification. Constructional Features: Each traction cell is assembled in a high grade plastic container The container containing high performance tubular positive and pasted negative plates. The positive and negative plates are separated by high-quality PE Separators The tubular positive plates have specially designed spines, cast from corrosion resistant lead-antimony-selenium alloy ensconced in the tubular bag which is Vibro-filled The pasted negative plates made up from a blend of oxide, special additives and expanded, aid in cell longevity The high-quality PE separators provide high electrical insulation between the plates with low internal resistance for improved battery performance The high-grade plastic containers are non-reactive to acid, temperature and the gases emitted by the cell Short-circuit between plates due to sediments is avoided by the use of a prismatic sediment spacer placed at the bottom of the plastic container on which the plates rest The splash-proof vent plugs prevent the escape of electrolyte. The hard rubber top cover gives a perfect air-tight sealing to the cell
Microtex electric multiple unit or emu battery is made up of 5 cells of 2 volts each. The cells assembled in molded monoblock hard rubber containers are connected with welded joints made of lead alloy with an anti-corrosive coating. Water loss and maintenance is minimum delivers consistent reliable power. Microtex lead acid EMU batteries are manufactured by Mysore Thermo Electric Private Limited. Microtex EMU Battery is made up of 5 cells of 2 Volts each. The cells assembled in Molded Monoblock Hard Rubber containers are connected with welded joints made of lead alloy with an anti-corrosive coating. The Microporous Vent Plugs fitted to the cells prevent the spilling of the electrolyte. Constructional Features: Each cell assembled in Monoblock Hard Rubber container containing Microtex hi-performance tubular positive plates in premium Energy Bags Acrylic Gauntlets bags, pasted negative plates manufactured under exacting control to withstand rough handling and electrically separated by high quality PE Separators The tubular positive plates have specially designed spines casts from corrosion resistant lead antimony-selenium alloy ensconced in tabular bag which is vibro-filled with active material and pickled, thus ensuring high-rate discharge, more capacity for a given volume, greater shock resistance and long life with excellent reserve capacity The pasted negative plates, made up from a blend of oxide, special additives and expander, aid in cell longevity The high quality PE separators provide high electrical insulation between the plates with low internal resistance for improved battery performance. Short-circuit between plates due to sediments is avoided by the use of sediment spacer at the bottom of the container on which the plates rest. The Microporous vent plugs prevent escape of electrolyte. The hard rubber top cover gives a perfect air-tight sealing to the cell Special Features: The low antimony content in the grid alloy ensures low gassing Water loss and maintenance is minimum Corrosion is negligible Very low self-discharge and internal resistance Excellent reserve capacity Delivers consistent reliable power Suitable for all weather conditions Long life cycle
We provide you with the best quality of battery at a reasonable prices.
10400 mah power bank for mobiles 300gm in a piece
Key Features [full spec] ✔ Output Power: 0.85 KVA ✔ Voltage: 12 V ✔ Technology: Higher end Micro-Controller based design ✔ WaveForm: Pure Sine Wave ✔ Recharge Time: 4 Hr(s) ✔ Warranty: 2 Year(s) ✔ Features: Battery deep discharge protection, Fuzzy Logic Control a unique and advanced technology that protects the Battery, Higher end Micro Controller based design, Reduces Frequency of water Topping And Enhances Battery Life, Surface Mount Technology for PCB Cards, User Friendly Graphical Display with audible alerts 8.5 Kg
This DC-DC Converter is designed to provide 110V to 24V power conversion for heavy duty applications. High efficiency, high precision DC to DC Converter unit. Wide input voltage range, with over-current and over-voltage protection function. Model No: DLS-11024DC Input Voltage: 110V DC Output Voltage: 24V DC Output Current (A): 1, 3, 5, 8, 10, 12 A
This battery charger is designed charge 12V battery from 48V DC Power Supply. High efficiency, Battery Charging unit. Wide input voltage range, with over-current and over-voltage protection function. Model No: DLS-4812BC Input Voltage: 48V DC Output Voltage: 13.8V DC Output Current (A): 1, 3, 5, 8, 10, 12 A
This voltage converter is designed to provide 48V to 24V power conversion for heavy duty applications. High efficiency, high precision DC to DC Voltage Converter unit (SMPS). Wide input voltage range, with over-current and over/under voltage protection function. Model No: DLS-4824DC Input Voltage: 38-62V DC Output Voltage: 24V DC Output Current (A): 1, 3, 5, 8, 10 A
This buck DC Converter is designed to provide 110V to 12V power conversion for heavy duty applications. High efficiency, high precision DC to DC Converter unit. Wide input voltage range, with over-current and over/under voltage protection function. Model No: DLS-11012DC Input Voltage: 100-130V DC Output Voltage: 12V DC Output Current (A): 1,3, 5, 8, 10, 12 A
Battery charger and rectifier.
Electrical wires, electrical iron, lead acid battery.
Solar inverter, wind turbine, wind mills, ups, digital inverters, sinewave inverter, lumanarieslift backup inverter, battery, SMF battery.Installation of all power electronic products
Lithium ion battery for solar,ev 2w,3w & robotics application,sales and service of all machines(cell charging&discharging,cell sorting,automatic spot welding,laser welding,battery pack life cycle tester,cell life cycle tester,temperature controlled chamber for battery pack,battery functional testing,training for machine installation and operation and also conducting training for battery pack assembly( new plant setup).
Mobile Accessories & Bluetooth Battery..
1) ac (3.3 43kw) & dc (30 180kw) charging stations for electric vehicles 2) solar rooftop solutions: a. residential b. industrial. solar water pumps. solar street lights. solar panels solar inverters. lcub solar inverter batteries tubular solar carport 3) micro mobility: ingo flee small cargo (2w) ingo passanger vehicle (2w) e rickshaws (3w).
Testing And Measuring Equipment Meteorological Measurement, Leak Tester, Spring Tester, Calibrator, Ultrasonic Flow Measurement.
1. Real-time detection of each cell. 2.Multiple conditions (capacity, time, open circuit voltage, discharge platform, etc.) for battery sorting. 3.Automatically calculate the constant current charge ratio, capacity loss, discharge efficiency, average voltage, median voltage and other data. 4.Each batter y fully has its own constant current and constant voltage source, and its own loop does not affect each other. 5.Curve analysis and processing: curve analysis function. 6.Data export EXCEL and TXT file.
1.battery pack monomer consistency evaluation test. 2.Internal resistance test of the entire battery pack. 3.Load test of battery pack. 4.Battery pack high current protection test. 5.Battery authenticity short-circuit protection test. 6.Battery pack continuous charging test. 7.Battery pack high current charging protection test.
One of the biggest concerns for electric vehicle (EV) owners is knowing when and how to charge their vehicle. It makes sense: The average American has spent their life driving around in gas-powered cars, filling up at one of the hundreds of thousands of gas stations as the gauge creeps towards empty. Charging one s EV takes a little more planning, but with the growing demand and incentives for alternatives to gas-powered cars, public EV charging stations are becoming a more common sight.
