R & D

Battery Department

1- Assimilation of Production Processes of Lead – Acid Batteries (4^th Phase)

2- Production of Battery Network in Continuous Electroforming Method

3- Studying Role of Ceramics Additives in Positive Plates of Lead -Acid Battery (1^st Phase – Silica)

4- Studying effects of multi organic materials on corrosion of positive network of starter Lead- Acid batteries  

5- Studying Nano-Effect of Carbon Pipes on Electrochemical Behavior of Positive and Negative Plates of Lead – Acid Battery

6- Studying ageing process on corrosion, capacity, longevity and strength of alloys of positive network of hybrid batteries,

7- Studying nano effect of polymerized pipes on efficacy of Lead- Acid batteries (first phase up to 5^th phase),

8- Reducing sulfating phenomenon on positive and negative plates Lead- Acid of battery through the application of anionic surface active materials,

9- Assimilation of performance parameters in starter battery through using nervous system,

10- Replacement of domestically manufactured product instead of foreign-made product,

11- Studying and recognizing spiral batteries and laboratory production of them 

12- Improvement and optimization of curing process on positive and negative plates of Lead- Acid batteries,

13- Calculation of chemical – physical specifications of positive and negative plates of Lead- Acid batteries, etc.

Colorful Metals Sector

1- Studying and recognizing lead crystal structures and lead compounds existing in Lead- Acid batteries,

2- Production of soft lead with electro weaning method (second phase through the application of sponged lead)

3- Replacement of selenium metallurgy with copper and sulfur,

4- Studying corrosion of replacement of selenium metallurgy with copper and sulfur,

5- Reduction of lead loss rate in slag pots,

6- Replacement of industrial NACL instead of sodium carbonate in charging lead furnace pot,

7- Boosting production output and reduction of lead loss rate

8- Extraction and production of sponged lead from active materials of used batteries with hydrometallurgy method,

9- Increasing purity of lead from less purity slag pots existing in Fajr metals smelting factories,

10- Studying and conducting feasibility studies on application of new technologies in the field of purification of lead

Refractory Sector

1- Studying effect of application of nano -alumina in self-current alumina spinal masses,

2- Construction of cement refractory including sic with fluctuation installing system