Microtex Products - lead-acid batteries
Microtex batteries have superior quality – for one reason! All components are manufactured in-house!
Manufacturing the complete battery and all its components in-house guarantees that we control the quality & performance of our batteries rather than relying on outside vendors for the various components. Complete control of the quality of components ensures you get a battery made with consistency & the legendary reliability of Microtex products
Right from the raw-material stage
Specially designed lead alloys based on the different end uses of a battery to perform & provide for different properties & characteristics of battery performance ensures long-life
Active materials
Oxides
Our state-of-the-art oxide mills ensure absolute quality in a totally enclosed closed loop system ensuring an environmentally friendly manufacturing process.
Even the boxes!
Battery containers
In house production of all the battery containers required for our production is manufactured with accuracy on injection moulding machines ranging from 60t to 1300t capacities
Current carrying conductors
Grid castings
The lead electrodes are produced on automatic grid casting machines producing consistently high-quality grids with uniform dimensions.
Electrodes
A state-of-the-art pasting machine from Mac, USA world leaders in pasting machines, ensures high consistency in weights producing a balanced quantity of active materials in the electrodes
High-pressure die casting
Spine castings
Imported spine casters with pressures exceeding 150bars ensure lead is densely compacted into the spine grids for corrosion resistance in heavy-duty tubular batteries
Critical component
PT Bags
Probably one of the very few companies in the world to produce its own Pluri tubular bags. Our PT Bags quality is accepted to be the finest. Sold to other battery manufacturers and exported for use in Submarine batteries
High porosity
PVC Separators
Microtex the pioneers of PVC separators in India. High-performance Tubular gel batteries require the robust performance of the separator to match the over 15-year life of the gel battery.
Ensures reliable performance
Plate formation
Our batteries are manufactured like no other. While most battery mfrs form the plates after assembling the battery, using green plate methods, Microtex ensures the reliability & performance of its battery by doing the plate formation first before assembling the battery. Unformed plates are easily spotted & removed.
Care at every stage
Assembly
Our batteries are assembled by expert technicians who with years of experience produce highly consistent quality using proven and established process controls
Regenerative power for charging
Charging
After grouping & assembly process, the battery is put for the final charge using sophisticated regenerative battery charger/discharger systems to give it that factory fresh charge. Most of our batteries are supplied in a charged condition.
Double checked
Packing & dispatch
Care is taken to once again reinspect the battery just before it is finally packed for air pressure leaks, by immersing the battery into a water tank & pressurized to spot minute air leaks. Only then it is carefully packed for dispatch
Microtex have installed industry-leading battery making equipment which is of world-class quality and comparable to the best in class. Microtex have facilities to manufacture the tools and dies used to manufacture the battery, in house. It produces in house, the lead alloys, castings, oxides, injection-moulded containers, PVC Separators, Pluri tubular gauntlets (PT Bags), battery plates and other components. Assembling the entire battery in house to exacting standards. Microtex have one team, one plant, in one location for better management and better controls to provide you with the best quality batteries.
Microtex has a team of highly experienced and qualified people committed to delivering the customers a quality battery. Microtex design team in consultations with renowned European battery consultants are highly skilled and competent in the field of battery design, process, and manufacture.